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The dataset generation failed
Error code: DatasetGenerationError
Exception: TypeError
Message: Couldn't cast array of type
struct<ent_0: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_1: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_0: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_1: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_2: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_3: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_4: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_5: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_2: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_3: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_4: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_6: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_7: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_5: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_8: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_9: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_10: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_11: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_6: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_7: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_12: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_13: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_14: struct<lemma: string, entity: bool, surface_samples: list<item: null>>>
to
{'ent_0': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_1': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_0': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_1': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_2': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_2': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_3': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_4': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_3': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_5': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_4': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_5': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_6': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_7': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_8': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_9': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_6': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}}
Traceback: Traceback (most recent call last):
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1831, in _prepare_split_single
writer.write_table(table)
File "/usr/local/lib/python3.12/site-packages/datasets/arrow_writer.py", line 714, in write_table
pa_table = table_cast(pa_table, self._schema)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2272, in table_cast
return cast_table_to_schema(table, schema)
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2224, in cast_table_to_schema
cast_array_to_feature(
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 1795, in wrapper
return pa.chunked_array([func(chunk, *args, **kwargs) for chunk in array.chunks])
^^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/table.py", line 2092, in cast_array_to_feature
raise TypeError(f"Couldn't cast array of type\n{_short_str(array.type)}\nto\n{_short_str(feature)}")
TypeError: Couldn't cast array of type
struct<ent_0: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_1: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_0: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_1: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_2: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_3: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_4: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_5: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_2: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_3: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_4: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_6: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_7: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_5: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_8: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_9: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_10: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_11: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_6: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, ent_7: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_12: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_13: struct<lemma: string, entity: bool, surface_samples: list<item: null>>, obj_14: struct<lemma: string, entity: bool, surface_samples: list<item: null>>>
to
{'ent_0': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_1': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_0': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_1': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_2': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_2': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_3': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_4': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_3': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_5': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_4': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_5': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_6': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_7': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_8': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'obj_9': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}, 'ent_6': {'lemma': Value('string'), 'entity': Value('bool'), 'surface_samples': List(Value('null'))}}
The above exception was the direct cause of the following exception:
Traceback (most recent call last):
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 1455, in compute_config_parquet_and_info_response
parquet_operations = convert_to_parquet(builder)
^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/src/services/worker/src/worker/job_runners/config/parquet_and_info.py", line 1054, in convert_to_parquet
builder.download_and_prepare(
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 894, in download_and_prepare
self._download_and_prepare(
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 970, in _download_and_prepare
self._prepare_split(split_generator, **prepare_split_kwargs)
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1702, in _prepare_split
for job_id, done, content in self._prepare_split_single(
^^^^^^^^^^^^^^^^^^^^^^^^^^^
File "/usr/local/lib/python3.12/site-packages/datasets/builder.py", line 1858, in _prepare_split_single
raise DatasetGenerationError("An error occurred while generating the dataset") from e
datasets.exceptions.DatasetGenerationError: An error occurred while generating the datasetNeed help to make the dataset viewer work? Make sure to review how to configure the dataset viewer, and open a discussion for direct support.
id string | template_text string | slot_records list | slots dict | mentions list | qc dict | original_text string |
|---|---|---|---|---|---|---|
Q:7478|D:GSM8K|T:baseline | Problem:
In a !obj_0!, one cup of !obj_1! is $6 and a piece of !obj_2! $10. When buying them together, the !ent_0! gets a 25% discount. What is the final price of such a set?
Solution:
The original price of the !obj_1! and !obj_2! together is $6 + $10 = $16.
A 25% discount on $16 is 0.25 * $16 = $4.
So the final price... | [
{
"slot_type": "Obj",
"slot_id": "obj_0",
"base": "restaurant",
"aliases": [
"restaurant"
],
"mentions": [
{
"alias": "restaurant",
"start": 14,
"end": 24,
"plural": false,
"possessive": false
}
]
},
{
"slot_type": "Obj",
... | {
"obj_0": {
"lemma": "restaurant",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "coffee",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "cheesecake",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "client",
"entit... | [
{
"slot": "obj_0",
"start": 14,
"end": 24,
"alias": "restaurant",
"morph": {
"plural": false,
"possessive": false,
"case": "lower"
}
},
{
"slot": "obj_1",
"start": 37,
"end": 43,
"alias": "coffee",
"morph": {
"plural": false,
"possessive"... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
In a restaurant, one cup of coffee is $6 and a piece of cheesecake $10. When buying them together, the client gets a 25% discount. What is the final price of such a set?
Solution:
The original price of the coffee and cheesecake together is $6 + $10 = $16.
A 25% discount on $16 is 0.25 * $16 = $4.
So the final... |
Q:1396|D:GSM8K|T:baseline | Problem:
!ent_0! is an !obj_0! dealer. He buys !obj_0! from !ent_1! and then transports them to the grocery !ent_2! and sells them for profit. He buys individual !obj_0! from !ent_1! at a cost of $12 per bushel, and sells them to the !ent_2! at a price of $0.40 per !obj_0!. If each bushel contains 48 !obj_0!, then h... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "bronson",
"aliases": [
"him",
"his",
"bronson"
],
"mentions": [
{
"alias": "bronson",
"start": 9,
"end": 16,
"plural": false,
"possessive": false
},
{
"alias... | {
"obj_0": {
"lemma": "apple",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "bronson",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "farmer",
"entity": true,
"surface_samples": []
},
"ent_2": {
"lemm... | [
{
"slot": "ent_0",
"start": 9,
"end": 16,
"alias": "bronson",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 23,
"end": 28,
"alias": "apple",
"morph": {
"plural": false,
"possessive": fal... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Bronson is an apple dealer. He buys apples from farmers and then transports them to the grocery stores and sells them for profit. He buys individual apples from farmers at a cost of $12 per bushel, and sells them to the stores at a price of $0.40 per apple. If each bushel contains 48 apples, then how much p... |
Q:10833|D:GSM8K|T:baseline | Problem:
In !ent_0! class, there are 25 !ent_1!. Their !ent_2! told !ent_1! !ent_1! could pay $50 each to finance a big science project that !ent_1! and their !ent_3! would benefit greatly from. !ent_1! all paid the full amount except for 4 !ent_1!, who paid half. How much was the class able to gather together?
Soluti... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "mary",
"aliases": [
"mary"
],
"mentions": [
{
"alias": "mary",
"start": 12,
"end": 18,
"plural": false,
"possessive": true
},
{
"alias": "mary",
"start": 338,
... | {
"obj_0": {
"lemma": "money",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "mary",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "student",
"entity": true,
"surface_samples": []
},
"ent_2": {
"lemma"... | [
{
"slot": "ent_0",
"start": 12,
"end": 18,
"alias": "mary",
"morph": {
"plural": false,
"possessive": true,
"case": "title"
}
},
{
"slot": "ent_1",
"start": 39,
"end": 47,
"alias": "students",
"morph": {
"plural": false,
"possessive": fal... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
In Mary's class, there are 25 students. Their teacher told them they could pay $50 each to finance a big science project that they and their society would benefit greatly from. They all paid the full amount except for 4 students, who paid half. How much was the class able to gather together?
Solution:
There a... |
Q:5792|D:GSM8K|T:baseline | Problem:
It’s !ent_0!’s turn to pick up !ent_0! team's !obj_0! order. !ent_0! needs 2 drip !obj_0! that are $2.25 each and one double shot espresso that’s $3.50. !ent_0! needs 2 !obj_1! that are $4.00 and needs to add vanilla syrup to one of those for an additional $0.50. !ent_0! also needs 2 cold brew !obj_0! that ... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "meghan",
"aliases": [
"her",
"she",
"meghan"
],
"mentions": [
{
"alias": "meghan",
"start": 14,
"end": 20,
"plural": false,
"possessive": false
},
{
"alias":... | {
"obj_0": {
"lemma": "coffee",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "latte",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "cappuccino",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "meghan",
"entity": t... | [
{
"slot": "ent_0",
"start": 14,
"end": 20,
"alias": "meghan",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 39,
"end": 42,
"alias": "her",
"morph": {
"plural": false,
"possessive": false... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
It’s Meghan’s turn to pick up her team's coffee order. She needs 2 drip coffees that are $2.25 each and one double shot espresso that’s $3.50. She needs 2 lattes that are $4.00 and needs to add vanilla syrup to one of those for an additional $0.50. She also needs 2 cold brew coffees that are $2.50 each and ... |
Q:6492|D:GSM8K|T:baseline | Problem:
!ent_0! will stay in !obj_0! in December for 10 days in which he has to use international !obj_1! that would cost $3.50 per day. !ent_0! has been paying $175 per month for !ent_0! regular !obj_2!. How much in all will be !ent_0!’s charges for December?
Solution:
!ent_0! will be staying in !obj_0! for 10 days,... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "emmanuel",
"aliases": [
"his",
"emmanuel"
],
"mentions": [
{
"alias": "emmanuel",
"start": 9,
"end": 17,
"plural": false,
"possessive": false
},
{
"alias": "emmanu... | {
"obj_0": {
"lemma": "guam",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "data",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "plan",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "emmanuel",
"entity": true,
... | [
{
"slot": "ent_0",
"start": 9,
"end": 17,
"alias": "emmanuel",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 31,
"end": 35,
"alias": "guam",
"morph": {
"plural": false,
"possessive": fal... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Emmanuel will stay in Guam in December for 10 days in which he has to use international data that would cost $3.50 per day. Emmanuel has been paying $175 per month for his regular plan. How much in all will be Emmanuel’s charges for December?
Solution:
Emmanuel will be staying in Guam for 10 days, and he will... |
Q:5352|D:GSM8K|T:baseline | Problem:
!ent_0! planted 9 apple trees in !ent_0! !obj_0!. That's 3 more than !ent_1! planted in !ent_0! !obj_0!. How many apple trees did they plant in their !obj_0! collectively?
Solution:
If !ent_0! planted 9 apple trees, and that is 3 more than what !ent_1! planted, then !ent_1! planted 9-3=6 apple trees.
The tota... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "ava",
"aliases": [
"ava",
"her"
],
"mentions": [
{
"alias": "ava",
"start": 9,
"end": 12,
"plural": false,
"possessive": false
},
{
"alias": "her",
"start"... | {
"obj_0": {
"lemma": "backyard",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "ava",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "lily",
"entity": true,
"surface_samples": []
},
"ent_2": null,
"ent_3... | [
{
"slot": "ent_0",
"start": 9,
"end": 12,
"alias": "ava",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 38,
"end": 41,
"alias": "her",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Ava planted 9 apple trees in her backyard. That's 3 more than Lily planted in her backyard. How many apple trees did they plant in their backyards collectively?
Solution:
If Ava planted 9 apple trees, and that is 3 more than what Lily planted, then Lily planted 9-3=6 apple trees.
The total number of apple tre... |
Q:7862|D:GSM8K|T:baseline | Problem:
The number of !obj_0! and !obj_1! in a box is in the ratio 4:9. !ent_0! bought each !obj_0! at $2 and each !obj_1! at $3. How much more money did !ent_0! spend on buying the !obj_1! than buying the !obj_0! if the total number of !obj_2! in the box is 65?
Solution:
The ratio of !obj_0! to !obj_1! is 4:9, so th... | [
{
"slot_type": "Obj",
"slot_id": "obj_0",
"base": "oreo",
"aliases": [
"oreo"
],
"mentions": [
{
"alias": "oreo",
"start": 23,
"end": 28,
"plural": true,
"possessive": false
},
{
"alias": "oreo",
"start": 88,
... | {
"obj_0": {
"lemma": "oreo",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "cookie",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "item",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "zane",
"entity": true,
... | [
{
"slot": "obj_0",
"start": 23,
"end": 28,
"alias": "oreo",
"morph": {
"plural": true,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_1",
"start": 33,
"end": 40,
"alias": "cookie",
"morph": {
"plural": true,
"possessive": false,... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
The number of Oreos and cookies in a box is in the ratio 4:9. Zane bought each Oreo at $2 and each cookie at $3. How much more money did Zane spend on buying the cookies than buying the Oreos if the total number of items in the box is 65?
Solution:
The ratio of Oreos to cookies is 4:9, so there are 4/13 * 65 ... |
Q:7378|D:GSM8K|T:baseline | Problem:
There are 28 !ent_0! in a class. Two-sevenths of !ent_0! were absent last Monday. How many !ent_0! were present last Monday?
Solution:
Two-sevenths of the !ent_0! were absent last Monday, so the number of absent !ent_0! is 28 * 2/7 = 8
Therefore, the number of !ent_0! present last Monday is 28 - 8 = 20
#### 2... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "student",
"aliases": [
"them",
"student"
],
"mentions": [
{
"alias": "student",
"start": 22,
"end": 30,
"plural": true,
"possessive": false
},
{
"alias": "them",
... | {
"obj_0": null,
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "student",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_4": null,
"ent_5": null,
"ent_6": null,
"obj_6": null,
"obj_7"... | [
{
"slot": "ent_0",
"start": 22,
"end": 30,
"alias": "student",
"morph": {
"plural": true,
"possessive": false,
"case": "lower"
}
},
{
"slot": "ent_0",
"start": 59,
"end": 63,
"alias": "them",
"morph": {
"plural": false,
"possessive": fals... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
There are 28 students in a class. Two-sevenths of them were absent last Monday. How many students were present last Monday?
Solution:
Two-sevenths of the students were absent last Monday, so the number of absent students is 28 * 2/7 = 8
Therefore, the number of students present last Monday is 28 - 8 = 20
####... |
Q:11581|D:GSM8K|T:baseline | Problem:
!ent_0! makes $10.00 an hour babysitting. There is a $25.00 !obj_0! fee for each !obj_1! !obj_0! !ent_0! submits. If !ent_0! is applying to 6 !obj_1!, how many hours will !ent_0! need to babysit to cover the !obj_0! fees?
Solution:
!ent_0! needs to pay a $25.00 !obj_0! fee for each of !ent_0! 6 !obj_1! !obj... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "linda",
"aliases": [
"her",
"she",
"linda"
],
"mentions": [
{
"alias": "linda",
"start": 9,
"end": 14,
"plural": false,
"possessive": false
},
{
"alias": "sh... | {
"obj_0": {
"lemma": "application",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "college",
"entity": false,
"surface_samples": []
},
"obj_2": null,
"ent_0": {
"lemma": "linda",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,... | [
{
"slot": "ent_0",
"start": 9,
"end": 14,
"alias": "linda",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 68,
"end": 79,
"alias": "application",
"morph": {
"plural": false,
"possessive":... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Linda makes $10.00 an hour babysitting. There is a $25.00 application fee for each college application she submits. If she is applying to 6 colleges, how many hours will she need to babysit to cover the application fees?
Solution:
Linda needs to pay a $25.00 application fee for each of her 6 college applica... |
Q:3386|D:GSM8K|T:baseline | Problem:
A jar contains 9 blue !obj_0!, 21 black !obj_0!, and 6 red !obj_0!. Four blue !obj_0! are removed and then seven black !obj_0! are removed. How many !obj_0! are left in the jar?
Solution:
Initially, the jar contained 9 blue !obj_0! + 21 black !obj_0! + 6 red !obj_0! = 36 !obj_0!.
After 4 blue !obj_0! were rem... | [
{
"slot_type": "Obj",
"slot_id": "obj_0",
"base": "pen",
"aliases": [
"pen"
],
"mentions": [
{
"alias": "pen",
"start": 31,
"end": 35,
"plural": true,
"possessive": false
},
{
"alias": "pen",
"start": 46,
... | {
"obj_0": {
"lemma": "pen",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": null,
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_4": null,
"ent_5": null,
"ent_6": null,
"obj_6": null,
"obj_7": n... | [
{
"slot": "obj_0",
"start": 31,
"end": 35,
"alias": "pen",
"morph": {
"plural": true,
"possessive": false,
"case": "lower"
}
},
{
"slot": "obj_0",
"start": 46,
"end": 50,
"alias": "pen",
"morph": {
"plural": true,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
A jar contains 9 blue pens, 21 black pens, and 6 red pens. Four blue pens are removed and then seven black pens are removed. How many pens are left in the jar?
Solution:
Initially, the jar contained 9 blue pens + 21 black pens + 6 red pens = 36 pens.
After 4 blue pens were removed, there are 36 - 4 = 32 pens ... |
Q:1004|D:GSM8K|T:baseline | Problem:
!ent_0! works a !obj_0! that offers performance bonuses. He makes $80 a day and works for 8 hours. He has the option of working hard to earn the performance !obj_1! of an extra $20 a day, but the extra effort results in a 2-hour longer workday. How much does !ent_0! make per hour if he decides to earn the !... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "john",
"aliases": [
"his",
"john"
],
"mentions": [
{
"alias": "john",
"start": 9,
"end": 13,
"plural": false,
"possessive": false
},
{
"alias": "john",
"st... | {
"obj_0": {
"lemma": "job",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "bonus",
"entity": false,
"surface_samples": []
},
"obj_2": null,
"ent_0": {
"lemma": "john",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3":... | [
{
"slot": "ent_0",
"start": 9,
"end": 13,
"alias": "john",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 22,
"end": 25,
"alias": "job",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
John works a job that offers performance bonuses. He makes $80 a day and works for 8 hours. He has the option of working hard to earn the performance bonus of an extra $20 a day, but the extra effort results in a 2-hour longer workday. How much does John make per hour if he decides to earn the bonus?
Solut... |
Q:426|D:GSM8K|T:baseline | Problem:
!ent_0! was half !ent_0! !ent_1! age when !ent_0! !ent_1! died. If !ent_0! !ent_1! were alive now, ten years later, !ent_0! would have been 70. How old is !ent_0! currently?
Solution:
If !ent_0! !ent_1! would be 70 years old now, ten years after !ent_0! death, then !ent_0! !ent_1! died at the age of 70 - 10 =... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "jessica",
"aliases": [
"her",
"she",
"jessica"
],
"mentions": [
{
"alias": "jessica",
"start": 9,
"end": 16,
"plural": false,
"possessive": false
},
{
"alias... | {
"obj_0": null,
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "jessica",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "mother",
"entity": true,
"surface_samples": []
},
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_... | [
{
"slot": "ent_0",
"start": 9,
"end": 16,
"alias": "jessica",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 26,
"end": 29,
"alias": "her",
"morph": {
"plural": false,
"possessive": false... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Jessica was half her mother's age when her mother died. If her mother were alive now, ten years later, she would have been 70. How old is Jessica currently?
Solution:
If Jessica's mother would be 70 years old now, ten years after her death, then her mother died at the age of 70 - 10 = 60 years old.
If Jessica... |
Q:10038|D:GSM8K|T:baseline | Problem:
Under standard growth conditions, the bacterial strain, E.coli, has a doubling time of 20 minutes. If 1 single bacterial !obj_0! is used to start a culture grown under standard growth conditions, how many bacterial !obj_0! will there be after the culture is grown for 4 hours?
Solution:
The doubling time of ... | [
{
"slot_type": "Obj",
"slot_id": "obj_0",
"base": "bacterial cell",
"aliases": [
"cell",
"cells"
],
"mentions": [
{
"alias": "cell",
"start": 132,
"end": 136,
"plural": false,
"possessive": false
},
{
"alias": "cel... | {
"obj_0": {
"lemma": "bacterial cell",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "bacteria",
"entity": false,
"surface_samples": []
},
"obj_2": null,
"ent_0": null,
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": nu... | [
{
"slot": "obj_0",
"start": 132,
"end": 136,
"alias": "cell",
"morph": {
"plural": false,
"possessive": false,
"case": "lower"
}
},
{
"slot": "obj_0",
"start": 223,
"end": 228,
"alias": "cells",
"morph": {
"plural": false,
"possessive": f... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Under standard growth conditions, the bacterial strain, E.coli, has a doubling time of 20 minutes. If 1 single bacterial cell is used to start a culture grown under standard growth conditions, how many bacterial cells will there be after the culture is grown for 4 hours?
Solution:
The doubling time of E.col... |
Q:5804|D:GSM8K|T:baseline | Problem:
!ent_0! can make a !obj_0! from 3 !obj_1! of !obj_2!. If he has 12 !obj_1! of red !obj_2!, 15 !obj_1! of black !obj_2!, and 6 !obj_1! of blue !obj_2!, how many !obj_0! can he make?
Solution:
!ent_0! has a total of 12 + 15 + 6 = 33 !obj_1! of !obj_2!.
If he can make one !obj_0! using 3 !obj_1! of !obj_2!, then... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "james",
"aliases": [
"james"
],
"mentions": [
{
"alias": "james",
"start": 9,
"end": 14,
"plural": false,
"possessive": false
},
{
"alias": "james",
"start": 180... | {
"obj_0": {
"lemma": "beret",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "spool",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "yarn",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "james",
"entity": true,
... | [
{
"slot": "ent_0",
"start": 9,
"end": 14,
"alias": "james",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 26,
"end": 31,
"alias": "beret",
"morph": {
"plural": false,
"possessive": false... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
James can make a beret from 3 spools of yarn. If he has 12 spools of red yarn, 15 spools of black yarn, and 6 spools of blue yarn, how many berets can he make?
Solution:
James has a total of 12 + 15 + 6 = 33 spools of yarn.
If he can make one beret using 3 spools of yarn, then he can make 33 / 3 = 11 berets i... |
Q:2853|D:GSM8K|T:baseline | Problem:
!ent_0! has 2 boxes of !obj_0! with 12 !obj_0! in each box. He gave !ent_1! 3 more !obj_0! than he gave to !ent_2!. If !ent_0! gave 6 !obj_0! to !ent_2!, how many !obj_0! does he have left?
Solution:
!ent_0! initially had 2 boxes x 12 !obj_0! = 24 !obj_0!.
He gave 6 !obj_0! to !ent_2!, so he has 24 - 6 = 18 !... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "steve",
"aliases": [
"steve"
],
"mentions": [
{
"alias": "steve",
"start": 9,
"end": 14,
"plural": false,
"possessive": false
},
{
"alias": "steve",
"start": 122... | {
"obj_0": {
"lemma": "pencil",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "steve",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "matt",
"entity": true,
"surface_samples": []
},
"ent_2": {
"lemma":... | [
{
"slot": "ent_0",
"start": 9,
"end": 14,
"alias": "steve",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 30,
"end": 37,
"alias": "pencil",
"morph": {
"plural": true,
"possessive": false... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Steve has 2 boxes of pencils with 12 pencils in each box. He gave Matt 3 more pencils than he gave to Lauren. If Steve gave 6 pencils to Lauren, how many pencils does he have left?
Solution:
Steve initially had 2 boxes x 12 pencils = 24 pencils.
He gave 6 pencils to Lauren, so he has 24 - 6 = 18 pencils remai... |
Q:3078|D:GSM8K|T:baseline | Problem:
!ent_0! just purchased 2 !obj_0! of !obj_1! for $30.00 each and 9 wall prints at $15.00 each. The store also offers an installation service. For $50.00 they will come to your !obj_2! and professionally hang your !obj_1! and prints. If !ent_0! agrees to this service, how much will !ent_0! entire order cost?
... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "emily",
"aliases": [
"her",
"emily"
],
"mentions": [
{
"alias": "emily",
"start": 9,
"end": 14,
"plural": false,
"possessive": false
},
{
"alias": "emily",
... | {
"obj_0": {
"lemma": "pair",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "curtain",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "house",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "emily",
"entity": true,
... | [
{
"slot": "ent_0",
"start": 9,
"end": 14,
"alias": "emily",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 32,
"end": 37,
"alias": "pair",
"morph": {
"plural": true,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Emily just purchased 2 pairs of curtains for $30.00 each and 9 wall prints at $15.00 each. The store also offers an installation service. For $50.00 they will come to your house and professionally hang your curtains and prints. If Emily agrees to this service, how much will her entire order cost?
Solution:... |
Q:8865|D:GSM8K|T:baseline | Problem:
!ent_0! decided to sell !ent_0! baseball gear since he was now playing football. He sold !ent_0! baseball cards for $25. He got $10 for !ent_0! baseball bat and agreed to sell !ent_0! $30 baseball glove at 20% off. He also sold both pair of !ent_0! baseball cleats for $10 each. How much money did !ent_0! m... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "grant",
"aliases": [
"his",
"grant"
],
"mentions": [
{
"alias": "grant",
"start": 9,
"end": 14,
"plural": false,
"possessive": false
},
{
"alias": "his",
"... | {
"obj_0": null,
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "grant",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_4": null,
"ent_5": null,
"ent_6": null,
"obj_6": null,
"obj_7": ... | [
{
"slot": "ent_0",
"start": 9,
"end": 14,
"alias": "grant",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 31,
"end": 34,
"alias": "his",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Grant decided to sell his baseball gear since he was now playing football. He sold his baseball cards for $25. He got $10 for his baseball bat and agreed to sell his $30 baseball glove at 20% off. He also sold both pair of his baseball cleats for $10 each. How much money did Grant make?
Solution:
Grant so... |
Q:8472|D:GSM8K|T:baseline | Problem:
!ent_0! history !obj_0! has 160 !obj_1! and !ent_0! geography !obj_0! has 70 more !obj_1!. !ent_0! math !obj_0! has half of the sum of the first two books' !obj_1!, and !ent_0! science !obj_0! has twice the number of !obj_1! of !ent_0! history !obj_0!. If !ent_0! stacks all !ent_0! !obj_0! on !ent_0! !obj_2!, ... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "suzanna",
"aliases": [
"her",
"suzanna"
],
"mentions": [
{
"alias": "suzanna",
"start": 9,
"end": 18,
"plural": false,
"possessive": true
},
{
"alias": "her",
... | {
"obj_0": {
"lemma": "textbook",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "page",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "desk",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "suzanna",
"entity": true,... | [
{
"slot": "ent_0",
"start": 9,
"end": 18,
"alias": "suzanna",
"morph": {
"plural": false,
"possessive": true,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 27,
"end": 35,
"alias": "textbook",
"morph": {
"plural": false,
"possessive": f... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Suzanna's history textbook has 160 pages and her geography textbook has 70 more pages. Her math textbook has half of the sum of the first two books' pages, and her science textbook has twice the number of pages of her history textbook. If Suzanna stacks all her textbooks on her desk, how many pages would there... |
Q:11755|D:GSM8K|T:baseline | Problem:
Last month, a !ent_0! made 12000 !obj_0! and their associated accessories. The accessories for each !obj_0! included 2 !obj_1!, 3 bags, 1 set of cosmetics, and 5 !obj_2!. If each !obj_0! took 45 seconds to make and each accessory took 10 seconds to make, what was the total combined machine operation time, in... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "factory",
"aliases": [
"factory"
],
"mentions": [
{
"alias": "factory",
"start": 23,
"end": 30,
"plural": false,
"possessive": false
},
{
"alias": "factory",
"st... | {
"obj_0": {
"lemma": "doll",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "shoe",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "hat",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "factory",
"entity": true,
... | [
{
"slot": "ent_0",
"start": 23,
"end": 30,
"alias": "factory",
"morph": {
"plural": false,
"possessive": false,
"case": "lower"
}
},
{
"slot": "obj_0",
"start": 42,
"end": 47,
"alias": "doll",
"morph": {
"plural": true,
"possessive": fals... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Last month, a factory made 12000 dolls and their associated accessories. The accessories for each doll included 2 shoes, 3 bags, 1 set of cosmetics, and 5 hats. If each doll took 45 seconds to make and each accessory took 10 seconds to make, what was the total combined machine operation time, in seconds, req... |
Q:4745|D:GSM8K|T:baseline | Problem:
The P.T.O. decided to provide !obj_0! for the elementary !obj_1! for track and field day. Each grade was given a different !obj_2!. 101 !obj_3! wore orange !obj_0! that cost $5.80 each. 113 first !obj_4! wore yellow !obj_0! that cost $5 each. 107 second !obj_4! wore blue !obj_0! that cost $5.60 each. 108 third... | [
{
"slot_type": "Obj",
"slot_id": "obj_0",
"base": "shirt",
"aliases": [
"shirt"
],
"mentions": [
{
"alias": "shirt",
"start": 39,
"end": 45,
"plural": true,
"possessive": false
},
{
"alias": "shirt",
"start": 170... | {
"obj_0": {
"lemma": "shirt",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "student",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "color",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "p.t.o.",
"entity": true,... | [
{
"slot": "obj_0",
"start": 39,
"end": 45,
"alias": "shirt",
"morph": {
"plural": true,
"possessive": false,
"case": "lower"
}
},
{
"slot": "obj_1",
"start": 65,
"end": 73,
"alias": "student",
"morph": {
"plural": true,
"possessive": fals... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
The P.T.O. decided to provide shirts for the elementary students for track and field day. Each grade was given a different color. 101 Kindergartners wore orange shirts that cost $5.80 each. 113 first graders wore yellow shirts that cost $5 each. 107 second graders wore blue shirts that cost $5.60 each. 108 thi... |
Q:9238|D:GSM8K|T:baseline | Problem:
!ent_0! starts with $80 in !ent_0! investment !obj_0!. After 1 year it grows by 15%. He then adds another $28 to !ent_0! !obj_0!. After 1 more year the combined !obj_0! grows by 10%. What is !ent_0! final !obj_0! worth after 2 years from when he started?
Solution:
After 1 year, !ent_0! !obj_0! grows by 15%.
S... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "jim",
"aliases": [
"his",
"jim"
],
"mentions": [
{
"alias": "jim",
"start": 9,
"end": 12,
"plural": false,
"possessive": false
},
{
"alias": "his",
"start"... | {
"obj_0": {
"lemma": "portfolio",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "jim",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_... | [
{
"slot": "ent_0",
"start": 9,
"end": 12,
"alias": "jim",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 32,
"end": 35,
"alias": "his",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Jim starts with $80 in his investment portfolio. After 1 year it grows by 15%. He then adds another $28 to his portfolio. After 1 more year the combined portfolio grows by 10%. What is his final portfolio worth after 2 years from when he started?
Solution:
After 1 year, Jim's portfolio grows by 15%.
So, 15% o... |
Q:1514|D:GSM8K|T:baseline | Problem:
There were 140 !ent_0! in the junior prom. Of those, a fourth of !ent_0! were !ent_1!. Of the !ent_1!, 25 danced the slow dance. How many of the !ent_1! !ent_2! did not slow dance?
Solution:
If there were 140 !ent_0! at the junior prom and a fourth of !ent_0! were !ent_1!, then there were 140/4 = 35 !ent_1!.
... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "kid",
"aliases": [
"kid",
"them"
],
"mentions": [
{
"alias": "kid",
"start": 24,
"end": 28,
"plural": true,
"possessive": false
},
{
"alias": "them",
"star... | {
"obj_0": null,
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "kid",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "dancer",
"entity": true,
"surface_samples": []
},
"ent_2": {
"lemma": "student",
"entity": true,
"surface_samples": []
},
"ent_3... | [
{
"slot": "ent_0",
"start": 24,
"end": 28,
"alias": "kid",
"morph": {
"plural": true,
"possessive": false,
"case": "lower"
}
},
{
"slot": "ent_0",
"start": 71,
"end": 75,
"alias": "them",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
There were 140 kids in the junior prom. Of those, a fourth of them were dancers. Of the dancers, 25 danced the slow dance. How many of the dancer students did not slow dance?
Solution:
If there were 140 kids at the junior prom and a fourth of them were dancers, then there were 140/4 = 35 dancers.
If there wer... |
Q:1340|D:GSM8K|T:baseline | Problem:
!ent_0! wants to buy a new !obj_0!. The new !obj_0! costs $800. !ent_0! can trade in !ent_0! Samsung Galaxy for $240. !ent_0! can make $80 per week babysitting. How many weeks does !ent_0! have to work before !ent_0! can purchase the !obj_0!?
Solution:
!ent_0! needs to subtract the trade-in value of !ent_0! S... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "carrie",
"aliases": [
"her",
"she",
"carrie"
],
"mentions": [
{
"alias": "carrie",
"start": 9,
"end": 15,
"plural": false,
"possessive": false
},
{
"alias": ... | {
"obj_0": {
"lemma": "iphone",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "carrie",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_... | [
{
"slot": "ent_0",
"start": 9,
"end": 15,
"alias": "carrie",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 35,
"end": 41,
"alias": "iphone",
"morph": {
"plural": false,
"possessive": fal... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Carrie wants to buy a new iPhone. The new iPhone costs $800. She can trade in her Samsung Galaxy for $240. She can make $80 per week babysitting. How many weeks does she have to work before she can purchase the iPhone?
Solution:
Carrie needs to subtract the trade-in value of her Samsung Galaxy from the cost o... |
Q:10539|D:GSM8K|T:baseline | Problem:
!ent_0!, !ent_1!, and !ent_2! went to play with their !obj_0!. In the beginning, !ent_1! has twice as many !obj_0! as !ent_2! while !ent_0! has 5 less than !ent_1!. After !ent_1! has given !ent_0! and !ent_2! 3 !obj_0! each, !ent_1! has 8 !obj_0! left. How many !obj_0! does !ent_2! have now?
Solution:
If !ent... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "sally",
"aliases": [
"her",
"she",
"sally"
],
"mentions": [
{
"alias": "sally",
"start": 9,
"end": 14,
"plural": false,
"possessive": false
},
{
"alias": "sa... | {
"obj_0": {
"lemma": "marble",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "sally",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "sam",
"entity": true,
"surface_samples": []
},
"ent_2": {
"lemma": ... | [
{
"slot": "ent_0",
"start": 9,
"end": 14,
"alias": "sally",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_1",
"start": 16,
"end": 19,
"alias": "sam",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Sally, Sam, and Steve went to play with their marbles. In the beginning, Sam has twice as many marbles as Steve while Sally has 5 less than Sam. After Sam has given Sally and Steve 3 marbles each, Sam has 8 marbles left. How many marbles does Steve have now?
Solution:
If Sam was left with 8 marbles after givi... |
Q:2860|D:GSM8K|T:baseline | Problem:
!ent_0! and !ent_1! open up a !obj_0! stand in the front yard. !ent_2! spent $10 for !obj_1!, $5 for !obj_2! and $3 for cups. The !obj_0! is $4 a cup. !ent_2! sell a total of 21 cups. How much profit did !ent_0! and !ent_1! make after paying off expenses?
Solution:
!ent_0! and !ent_1! spent a total of $10 ... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "alexa",
"aliases": [
"alexa"
],
"mentions": [
{
"alias": "alexa",
"start": 9,
"end": 14,
"plural": false,
"possessive": false
},
{
"alias": "alexa",
"start": 205... | {
"obj_0": {
"lemma": "lemonade",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "lemon",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "sugar",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "alexa",
"entity": true,... | [
{
"slot": "ent_0",
"start": 9,
"end": 14,
"alias": "alexa",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_1",
"start": 19,
"end": 24,
"alias": "emily",
"morph": {
"plural": false,
"possessive": false... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Alexa and Emily open up a lemonade stand in the front yard. They spent $10 for lemons, $5 for sugar and $3 for cups. The lemonade is $4 a cup. They sell a total of 21 cups. How much profit did Alexa and Emily make after paying off expenses?
Solution:
Alexa and Emily spent a total of $10 + $5 + $3 = $18 on ... |
Q:4774|D:GSM8K|T:baseline | Problem:
!ent_0! has a stack of !obj_0! that is 12 inches thick. He knows from experience that 80 !obj_1! is one inch thick. If he has 6 !obj_0!, how many !obj_1! is each one on average?
Solution:
If the stack of 6 !obj_0! is 12 inches thick, then each !obj_0! is 12/6 = 2 inches thick.
Since 80 !obj_1! is one inch thi... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "jack",
"aliases": [
"his",
"jack"
],
"mentions": [
{
"alias": "jack",
"start": 9,
"end": 13,
"plural": false,
"possessive": false
}
]
},
{
"slot_type": "Obj",
"s... | {
"obj_0": {
"lemma": "book",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "page",
"entity": false,
"surface_samples": []
},
"obj_2": null,
"ent_0": {
"lemma": "jack",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3":... | [
{
"slot": "ent_0",
"start": 9,
"end": 13,
"alias": "jack",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 29,
"end": 34,
"alias": "books",
"morph": {
"plural": false,
"possessive": false,... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Jack has a stack of books that is 12 inches thick. He knows from experience that 80 pages is one inch thick. If he has 6 books, how many pages is each one on average?
Solution:
If the stack of 6 books is 12 inches thick, then each book is 12/6 = 2 inches thick.
Since 80 pages is one inch thick, each book is 2... |
Q:3872|D:GSM8K|T:baseline | Problem:
A !obj_0! is being extended from its current length of 200 miles up to 650 miles. 50 miles are built on the first day, and three times this amount are built on the second day. How many miles still need to be added to the !obj_0! to finish extending it?
Solution:
The current length of the !obj_0! is 200 miles... | [
{
"slot_type": "Obj",
"slot_id": "obj_0",
"base": "highway",
"aliases": [
"highway"
],
"mentions": [
{
"alias": "highway",
"start": 11,
"end": 18,
"plural": false,
"possessive": false
},
{
"alias": "highway",
"st... | {
"obj_0": {
"lemma": "highway",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": null,
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_4": null,
"ent_5": null,
"ent_6": null,
"obj_6": null,
"obj_7... | [
{
"slot": "obj_0",
"start": 11,
"end": 18,
"alias": "highway",
"morph": {
"plural": false,
"possessive": false,
"case": "lower"
}
},
{
"slot": "obj_0",
"start": 231,
"end": 238,
"alias": "highway",
"morph": {
"plural": false,
"possessive"... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
A highway is being extended from its current length of 200 miles up to 650 miles. 50 miles are built on the first day, and three times this amount are built on the second day. How many miles still need to be added to the highway to finish extending it?
Solution:
The current length of the highway is 200 miles... |
Q:1507|D:GSM8K|T:baseline | Problem:
!ent_0! needs 65 paper plates for the barbecue party. He already has 22 green paper plates and 24 blue paper plates. How many more paper plates does he need?
Solution:
!ent_0! already has 22 green paper plates and 24 blue paper plates, so he has a total of 22 + 24 = 46 paper plates.
He needs a total of 65 pa... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "max",
"aliases": [
"his",
"max"
],
"mentions": [
{
"alias": "max",
"start": 9,
"end": 12,
"plural": false,
"possessive": false
},
{
"alias": "max",
"start"... | {
"obj_0": null,
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "max",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_4": null,
"ent_5": null,
"ent_6": null,
"obj_6": null,
"obj_7": nu... | [
{
"slot": "ent_0",
"start": 9,
"end": 12,
"alias": "max",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 175,
"end": 178,
"alias": "max",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Max needs 65 paper plates for the barbecue party. He already has 22 green paper plates and 24 blue paper plates. How many more paper plates does he need?
Solution:
Max already has 22 green paper plates and 24 blue paper plates, so he has a total of 22 + 24 = 46 paper plates.
He needs a total of 65 paper plat... |
Q:8684|D:GSM8K|T:baseline | Problem:
Every day !ent_0! drinks 5 12-oz cans of !obj_0! plus 64 ounces of !obj_1!. How many ounces of fluid does he drink a week?
Solution:
!ent_0! drinks 5 cans x 12 ounces = 60 ounces of !obj_0! every day.
He also drinks 64 ounces of !obj_1! every day.
So, the total number of fluid ounces he drinks in a day is 60 ... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "tom",
"aliases": [
"tom"
],
"mentions": [
{
"alias": "tom",
"start": 19,
"end": 22,
"plural": false,
"possessive": false
},
{
"alias": "tom",
"start": 134,
... | {
"obj_0": {
"lemma": "soda",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "water",
"entity": false,
"surface_samples": []
},
"obj_2": null,
"ent_0": {
"lemma": "tom",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3":... | [
{
"slot": "ent_0",
"start": 19,
"end": 22,
"alias": "tom",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 46,
"end": 50,
"alias": "soda",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Every day Tom drinks 5 12-oz cans of soda plus 64 ounces of water. How many ounces of fluid does he drink a week?
Solution:
Tom drinks 5 cans x 12 ounces = 60 ounces of soda every day.
He also drinks 64 ounces of water every day.
So, the total number of fluid ounces he drinks in a day is 60 + 64 = 124 ounces.... |
Q:6366|D:GSM8K|T:baseline | Problem:
!ent_0! traveled to !obj_0! in !obj_1! to visit !ent_0! !ent_1!. On the way, !ent_0! has driven a !obj_2! for 300 km and a bus for half that distance. After arriving in the !obj_3!, !ent_0! had to take a !obj_4! and drove three times fewer kilometers than !ent_0! rode the bus. How many kilometers in total had ... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "kristine",
"aliases": [
"her",
"she",
"kristine"
],
"mentions": [
{
"alias": "kristine",
"start": 9,
"end": 17,
"plural": false,
"possessive": false
},
{
"al... | {
"obj_0": {
"lemma": "paris",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "france",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "train",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "kristine",
"entity": true... | [
{
"slot": "ent_0",
"start": 9,
"end": 17,
"alias": "kristine",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 30,
"end": 35,
"alias": "paris",
"morph": {
"plural": false,
"possessive": fa... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Kristine traveled to Paris in France to visit her friend. On the way, she has driven a train for 300 km and a bus for half that distance. After arriving in the city, she had to take a cab and drove three times fewer kilometers than she rode the bus. How many kilometers in total had Kristine traveled to reach h... |
Q:7984|D:GSM8K|T:baseline | Problem:
!ent_0! got a new !obj_0! for !ent_0! birthday. !ent_0! was responsible for feeding the !obj_0! 1/4 cup of !obj_1! three times a day for two weeks starting tomorrow. For the following 2 weeks, !ent_0! will feed !obj_0! 1/2 cup of !obj_1! twice a day. !ent_0! has fed !obj_0! 1/2 cup of !obj_1! today. Includ... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "lily",
"aliases": [
"her",
"she",
"lily"
],
"mentions": [
{
"alias": "lily",
"start": 9,
"end": 13,
"plural": false,
"possessive": false
},
{
"alias": "her",... | {
"obj_0": {
"lemma": "puppy",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "food",
"entity": false,
"surface_samples": []
},
"obj_2": null,
"ent_0": {
"lemma": "lily",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3"... | [
{
"slot": "ent_0",
"start": 9,
"end": 13,
"alias": "lily",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 24,
"end": 29,
"alias": "puppy",
"morph": {
"plural": false,
"possessive": false,... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Lily got a new puppy for her birthday. She was responsible for feeding the puppy 1/4 cup of food three times a day for two weeks starting tomorrow. For the following 2 weeks, Lily will feed him 1/2 cup of food twice a day. She has fed him 1/2 cup of food today. Including today, how much food will the puppy... |
Q:7857|D:GSM8K|T:baseline | Problem:
!ent_0! is 59 and !ent_0! !ent_1! !ent_1! is 71 years old. Their !ent_2!, !ent_2! was born when !ent_1! was 38. How old was !ent_0! when !ent_0! gave birth to !ent_2!?
Solution:
If !ent_2! was born when !ent_1! was 38 and he is currently 71, then !ent_2! is currently 71 - 38 = 33 years old.
If !ent_0! is cu... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "teresa",
"aliases": [
"her",
"she",
"teresa"
],
"mentions": [
{
"alias": "teresa",
"start": 9,
"end": 15,
"plural": false,
"possessive": false
},
{
"alias": ... | {
"obj_0": null,
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "teresa",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "morio",
"entity": true,
"surface_samples": []
},
"ent_2": {
"lemma": "michiko",
"entity": true,
"surface_samples": []
},
"ent... | [
{
"slot": "ent_0",
"start": 9,
"end": 15,
"alias": "teresa",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 26,
"end": 29,
"alias": "her",
"morph": {
"plural": false,
"possessive": false,... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Teresa is 59 and her husband Morio is 71 years old. Their daughter, Michiko was born when Morio was 38. How old was Teresa when she gave birth to Michiko?
Solution:
If Michiko was born when Morio was 38 and he is currently 71, then Michiko is currently 71 - 38 = 33 years old.
If Teresa is currently 59 years... |
Q:1680|D:GSM8K|T:baseline | Problem:
A group of !ent_0! is called a !obj_0!. It is breeding !obj_1! for !ent_0!. A group of !ent_1! are tracking 6 !obj_0! of !ent_0!. Each !obj_0! has an average of 15 pregnancies that yield 4 babies per batch. How many babies are expected this !obj_1! if approximately 25% are lost?
Solution:
There are 6 !obj_0!... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "hawk",
"aliases": [
"hawk"
],
"mentions": [
{
"alias": "hawk",
"start": 20,
"end": 25,
"plural": true,
"possessive": false
},
{
"alias": "hawk",
"start": 72,
... | {
"obj_0": {
"lemma": "kettle",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "season",
"entity": false,
"surface_samples": []
},
"obj_2": {
"lemma": "pregnancy",
"entity": false,
"surface_samples": []
},
"ent_0": {
"lemma": "hawk",
"entity": tru... | [
{
"slot": "ent_0",
"start": 20,
"end": 25,
"alias": "hawk",
"morph": {
"plural": true,
"possessive": false,
"case": "lower"
}
},
{
"slot": "obj_0",
"start": 38,
"end": 44,
"alias": "kettle",
"morph": {
"plural": false,
"possessive": false... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
A group of hawks is called a kettle. It is breeding season for hawks. A group of ornithologists are tracking 6 kettles of hawks. Each kettle has an average of 15 pregnancies that yield 4 babies per batch. How many babies are expected this season if approximately 25% are lost?
Solution:
There are 6 kettles of... |
Q:13742|D:GSM8K|T:baseline | Problem:
Every year, !ent_0! gets as many quarters as !ent_0! is years old. !ent_0! always puts these and nothing else in a piggy !obj_0!. When !ent_0! turns 7, how much money is in the !obj_0!?
Solution:
To solve this problem, we need to determine the value of x, which represents !ent_0! age when there is $7 in the p... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "mabel",
"aliases": [
"she",
"mabel"
],
"mentions": [
{
"alias": "mabel",
"start": 21,
"end": 26,
"plural": false,
"possessive": false
},
{
"alias": "she",
... | {
"obj_0": {
"lemma": "bank",
"entity": false,
"surface_samples": []
},
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "mabel",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_4":... | [
{
"slot": "ent_0",
"start": 21,
"end": 26,
"alias": "mabel",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "ent_0",
"start": 52,
"end": 55,
"alias": "she",
"morph": {
"plural": false,
"possessive": false,... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Every year, Mabel gets as many quarters as she is years old. She always puts these and nothing else in a piggy bank. When she turns 7, how much money is in the bank?
Solution:
To solve this problem, we need to determine the value of x, which represents Mabel's age when there is $7 in the piggy bank.
We know t... |
Q:178|D:GSM8K|T:baseline | Problem:
!ent_0! is collecting !obj_0! for the car pool. !ent_0! has 5 chocolate bars, 7 times as many M&Ms as chocolate bars, and 6 times as many !obj_1! as M&Ms. !ent_0! then arranges the !obj_0! into baskets. If !ent_0! fills each basket with 10 !obj_0!, how many baskets will !ent_0! fill?
Solution:
!ent_0! has 5 c... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "amy",
"aliases": [
"amy",
"she"
],
"mentions": [
{
"alias": "amy",
"start": 9,
"end": 12,
"plural": false,
"possessive": false
},
{
"alias": "she",
"start"... | {
"obj_0": {
"lemma": "candy",
"entity": false,
"surface_samples": []
},
"obj_1": {
"lemma": "marshmallow",
"entity": false,
"surface_samples": []
},
"obj_2": null,
"ent_0": {
"lemma": "amy",
"entity": true,
"surface_samples": []
},
"ent_1": null,
"ent_2": null,
"... | [
{
"slot": "ent_0",
"start": 9,
"end": 12,
"alias": "amy",
"morph": {
"plural": false,
"possessive": false,
"case": "title"
}
},
{
"slot": "obj_0",
"start": 27,
"end": 32,
"alias": "candy",
"morph": {
"plural": false,
"possessive": false,
... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
Amy is collecting candy for the car pool. She has 5 chocolate bars, 7 times as many M&Ms as chocolate bars, and 6 times as many marshmallows as M&Ms. Amy then arranges the candies into baskets. If she fills each basket with 10 candies, how many baskets will Amy fill?
Solution:
Amy has 5 chocolate bars, so she... |
Q:1653|D:GSM8K|T:baseline | Problem:
There are 9 !ent_0! and 12 !ent_1! in a class. The teacher needs to create groups with three members for their class activity. How many groups are formed?
Solution:
The total number of students in the class is 9 !ent_0! + 12 !ent_1! = 21 students.
To form a group with three members each, we need to divide the... | [
{
"slot_type": "Ent",
"slot_id": "ent_0",
"base": "boy",
"aliases": [
"boys"
],
"mentions": [
{
"alias": "boys",
"start": 21,
"end": 25,
"plural": false,
"possessive": false
},
{
"alias": "boys",
"start": 217,
... | {
"obj_0": null,
"obj_1": null,
"obj_2": null,
"ent_0": {
"lemma": "boy",
"entity": true,
"surface_samples": []
},
"ent_1": {
"lemma": "girl",
"entity": true,
"surface_samples": []
},
"ent_2": null,
"ent_3": null,
"obj_3": null,
"obj_4": null,
"obj_5": null,
"ent_4": nu... | [
{
"slot": "ent_0",
"start": 21,
"end": 25,
"alias": "boys",
"morph": {
"plural": false,
"possessive": false,
"case": "lower"
}
},
{
"slot": "ent_1",
"start": 33,
"end": 38,
"alias": "girls",
"morph": {
"plural": false,
"possessive": false... | {
"no_unresolved_tags": true,
"min_one_slot": true
} | Problem:
There are 9 boys and 12 girls in a class. The teacher needs to create groups with three members for their class activity. How many groups are formed?
Solution:
The total number of students in the class is 9 boys + 12 girls = 21 students.
To form a group with three members each, we need to divide the total num... |
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