jablonkagroup/corral-environment-tasks huggingface dataset:
Task: qualysis_lvl1_01
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_10
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_02
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_03
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_04
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_05
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_06
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_07
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_08
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'
Task: qualysis_lvl1_09
Environment: wetlab (level_1 task)
Description: You are given 20 mL of a sample solution which is created by dissolving an unknown, pure inorganic salt in distilled water. The salt consists of one type of cation and one type of anion. Your task is to perform tests and experiments on the sample using the given tools and reagents, and use the resulting observations to deduce the identity of the unknown salt. 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.
Submission format: A string containing the identified cation and anion in JSON format. Examples: '{"cation": "Na+", "anion": "Cl-"}' or '{"cation": "Ca+2", "anion": "HCO3-"}' or '{"cation": "NH4+", "anion": "H2PO4-"}'