jablonkagroup/corral-environment-tasks huggingface dataset:
Task: qualysis_lvl3_07_sub3
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the third analytical group (insoluble hydroxide).
Submission format: Comma-separated string of the third analytical group of cations present. Submit 'None' if there are no cations from the third analytical group in the sample.
Task: qualysis_lvl3_07_sub4
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the fourth analytical group (insoluble sulfide).
Submission format: Comma-separated string of the fourth analytical group of cations present. Submit 'None' if there are no cations from the fourth analytical group in the sample.
Task: qualysis_lvl3_07_sub5
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the fifth analytical group (insoluble carbonate).
Submission format: Comma-separated string of the fifth analytical group of cations present. Submit 'None' if there are no cations from the fifth analytical group in the sample.
Task: qualysis_lvl3_07_sub6
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the sixth analytical group (alkali metals).
Submission format: Comma-separated string of the sixth analytical group of cations present. Submit 'None' if there are no cations from the sixth analytical group in the sample.
Task: qualysis_lvl3_07_sub7
Environment: wetlab (level_3 subtask)
Description: Perform confirmatory tests if needed, then provide the final list of cations present in the sample.
Submission format: Comma-separated string of all the cations present in the sample. Examples: 'K+, Sr+2, Al+3' or 'Li+, Hg2+2, Al+3, Ca+2, Cu+2'
Task: qualysis_lvl3_08_sub1
Environment: wetlab (level_3 subtask)
Description: You are given 20 mL of an unknown sample solution containing 5 different inorganic cations. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce which cations are present in the solution. You will perform a systematic analysis, broken down into the following subtasks:
1. First analytical group (insoluble chloride)
2. Second analytical group (acid-insoluble sulfide)
3. Third analytical group (insoluble hydroxide)
4. Fourth analytical group (insoluble sulfide)
5. Fifth analytical group (insoluble carbonate)
6. Sixth analytical group (alkali metals)
Most experiments will consume a portion of the involved solutions, including the unknown sample. If you run out of the sample, you cannot perform any tests that use it but you can keep experimenting with other solutions in the Inventory from the previously performed tests. NOTE: All solutions are at room temperature.
Start by identifying cations from the first analytical group.
Submission format: Comma-separated string of the first analytical group of cations present. Submit 'None' if there are no cations from the first analytical group in the sample.
Task: qualysis_lvl3_08_sub2
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the second analytical group (acid-insoluble sulfide).
Submission format: Comma-separated string of the second analytical group of cations present. Submit 'None' if there are no cations from the second analytical group in the sample.
Task: qualysis_lvl3_08_sub3
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the third analytical group (insoluble hydroxide).
Submission format: Comma-separated string of the third analytical group of cations present. Submit 'None' if there are no cations from the third analytical group in the sample.
Task: qualysis_lvl3_08_sub4
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the fourth analytical group (insoluble sulfide).
Submission format: Comma-separated string of the fourth analytical group of cations present. Submit 'None' if there are no cations from the fourth analytical group in the sample.
Task: qualysis_lvl3_08_sub5
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the fifth analytical group (insoluble carbonate).
Submission format: Comma-separated string of the fifth analytical group of cations present. Submit 'None' if there are no cations from the fifth analytical group in the sample.
Task: qualysis_lvl3_08_sub6
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the sixth analytical group (alkali metals).
Submission format: Comma-separated string of the sixth analytical group of cations present. Submit 'None' if there are no cations from the sixth analytical group in the sample.
Task: qualysis_lvl3_08_sub7
Environment: wetlab (level_3 subtask)
Description: Perform confirmatory tests if needed, then provide the final list of cations present in the sample.
Submission format: Comma-separated string of all the cations present in the sample. Examples: 'K+, Sr+2, Al+3' or 'Li+, Hg2+2, Al+3, Ca+2, Cu+2'
Task: qualysis_lvl3_09_sub1
Environment: wetlab (level_3 subtask)
Description: You are given 15 mL of an unknown sample solution containing 4 different inorganic cations. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce which cations are present in the solution. You will perform a systematic analysis, broken down into the following subtasks:
1. First analytical group (insoluble chloride)
2. Second analytical group (acid-insoluble sulfide)
3. Third analytical group (insoluble hydroxide)
4. Fourth analytical group (insoluble sulfide)
5. Fifth analytical group (insoluble carbonate)
6. Sixth analytical group (alkali metals)
Most experiments will consume a portion of the involved solutions, including the unknown sample. If you run out of the sample, you cannot perform any tests that use it but you can keep experimenting with other solutions in the Inventory from the previously performed tests. NOTE: All solutions are at room temperature.
Start by identifying cations from the first analytical group.
Submission format: Comma-separated string of the first analytical group of cations present. Submit 'None' if there are no cations from the first analytical group in the sample.
Task: qualysis_lvl3_09_sub2
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the second analytical group (acid-insoluble sulfide).
Submission format: Comma-separated string of the second analytical group of cations present. Submit 'None' if there are no cations from the second analytical group in the sample.
Task: qualysis_lvl3_09_sub3
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the third analytical group (insoluble hydroxide).
Submission format: Comma-separated string of the third analytical group of cations present. Submit 'None' if there are no cations from the third analytical group in the sample.
Task: qualysis_lvl3_09_sub4
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the fourth analytical group (insoluble sulfide).
Submission format: Comma-separated string of the fourth analytical group of cations present. Submit 'None' if there are no cations from the fourth analytical group in the sample.
Task: qualysis_lvl3_09_sub5
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the fifth analytical group (insoluble carbonate).
Submission format: Comma-separated string of the fifth analytical group of cations present. Submit 'None' if there are no cations from the fifth analytical group in the sample.
Task: qualysis_lvl3_09_sub6
Environment: wetlab (level_3 subtask)
Description: Identifying cations from the sixth analytical group (alkali metals).
Submission format: Comma-separated string of the sixth analytical group of cations present. Submit 'None' if there are no cations from the sixth analytical group in the sample.
Task: qualysis_lvl3_09_sub7
Environment: wetlab (level_3 subtask)
Description: Perform confirmatory tests if needed, then provide the final list of cations present in the sample.
Submission format: Comma-separated string of all the cations present in the sample. Examples: 'K+, Sr+2, Al+3' or 'Li+, Hg2+2, Al+3, Ca+2, Cu+2'