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{"type":"multi-choice","id":"76976","dataJson":{"key":0,"prompt":"What measurement could we take to determine if a reaction was endothermic or exothermic?","options":[{"key":"0.6739597405202397","label":"The mass change, using a balance","value":"The mass change, using a balance","fileboyId":"520b8156-3a27-402f-9ba9-fe676041db83"},{"key":"0.14494238836635764","label":"The volume change, using a gas syringe","value":"The volume change, using a gas syringe","fileboyId":"b9f53fb0-cb7b-4db3-8af4-08732399ac9f"},{"key":"0.4126233862036329","label":"The temperature change, using a thermometer","value":"The temperature change, using a thermometer","fileboyId":"1f46effc-4188-4998-ba27-40e7a776da1f"},{"key":"0.9908932786371365","label":"The energy change, using a thermometer","value":"The energy change, using a thermometer","fileboyId":"16dddf0c-97b6-48b1-91ab-cd80865b3ecc"}],"limitChoices":{},"validResponse":["The temperature change, using a thermometer"],"fileboyImageId":"664b6e0c-a5ce-45e5-aec5-fb7f9254f134"}}
Drag the images into the correct place.
Combustion
Respiration
Photosynthesis
Neutralisation
Thermal decomposition
Oxidation
{"type":"image-bucket","id":"76977","dataJson":{"key":1,"prompt":"Select 4 examples of exothermic reactions:","buckets":[{"key":"0.9015498840322562","name":"Correct answers","old_key":"0"},{"key":"0.7809521585270698","name":"Incorrect answers","old_key":"0.2162101933577567"}],"options":[{"key":"0.6886029194327227","label":"Combustion","value":"Combustion","bucket":"0.9015498840322562","fileboyId":"56042967-70e7-4f99-988f-1f17bc09eb71"},{"key":"0.14130246907889987","label":"Respiration","value":"Respiration","bucket":"0.9015498840322562","fileboyId":"9e646e4b-7a4a-457e-bd22-4d554fbee685"},{"key":"0.6200043639644639","label":"Photosynthesis","value":"Photosynthesis","bucket":"0.7809521585270698","fileboyId":"788ced76-6c59-478a-a4b9-2f7fb7b11ad6"},{"key":"0.9391528216995538","label":"Neutralisation","value":"Neutralisation","bucket":"0.9015498840322562","fileboyId":"a08236dd-63dd-41cb-b3a6-6428eff49c06"},{"key":"0.9344176924070019","label":"Thermal decomposition","value":"Thermal decomposition","bucket":"0.7809521585270698","fileboyId":"ba0b9e9a-f531-46c7-9659-0aeecf623a0a"},{"key":"0.14166394247736047","label":"Oxidation","value":"Oxidation","bucket":"0.9015498840322562","fileboyId":"0f7d9bfb-45ed-4f6f-94e5-f3b5081e495f"}],"fileboyImageId":"b150f161-0c83-451a-bf81-6e041577db09"}}
Choose 1 answer
{"type":"multi-choice","id":"76978","dataJson":{"key":2,"prompt":"Which of these statements is a definition of an endothermic reaction?","options":[{"key":"0.0819090840897756","label":"The temperature increases","value":"The temperature increases"},{"key":"0.6517411257042592","label":"The temperature decreases","value":"The temperature decreases","fileboyId":"16382c1b-2c27-45af-9d20-e1118ee1b5cf"},{"key":"0.6585917749619384","label":"Energy is given out to the surroundings","value":"Energy is given out to the surroundings","fileboyId":"32639c51-3724-45dd-875f-a475e4916470"},{"key":"0.35500141949982755","label":"Energy is taken in from the surroundings","value":"Energy is taken in from the surroundings","fileboyId":"6b5b3f95-ecae-4e88-baee-7fc6b8ec2720"}],"limitChoices":{},"validResponse":["Energy is taken in from the surroundings"],"fileboyImageId":"04e14f66-20ee-4699-8724-d006e745fc49"}}
Choose 1 answer
{"type":"multi-choice","id":"76979","dataJson":{"key":3,"prompt":"Which of these statements is a definition of an exothermic reaction?","options":[{"key":"0.9291819570454998","label":"The temperature increases","value":"The temperature increases","fileboyId":"33f017e9-ed6a-4a56-9db0-fadaac9d8bf1"},{"key":"0.6681900839233691","label":"The temperature decreases","value":"The temperature decreases","fileboyId":"508f0a49-9654-4a42-bb57-01bdd5c4cddb"},{"key":"0.052046641635320134","label":"Energy is released to surroundings","value":"Energy is released to surroundings","fileboyId":"58583dfc-bf7c-4db9-a8cb-556218865434"},{"key":"0.8535723577860899","label":"Energy is taken in from the surroundings","value":"Energy is taken in from the surroundings","fileboyId":"f94bcd91-c6af-4de4-afff-a763aa7a969a"}],"limitChoices":{},"validResponse":["Energy is released to surroundings"],"fileboyImageId":"b504b353-192e-436f-a8b9-51372892c6c3"}}
Select the missing words in the text.
{"type":"fill-in-blanks","id":"76980","dataJson":{"key":4,"prompt":"Fill in the blanks","options":{"Exothermic":[{"label":"Endothermic","value":"Endothermic"},{"label":"Exothermic","value":"Exothermic"}],"temperature":[{"label":"temperature","value":"temperature"},{"label":"weight","value":"weight"}],"surroundings":[{"label":"surroundings","value":"surroundings"},{"label":"atoms","value":"atoms"}]},"template":"{{Exothermic}} reactions transfer energy to the {{surroundings}} and the temperature of the surroundings increases. Endothermic reactions take in energy and the {{temperature}} of the surroundings decreases.","validResponse":{"Exothermic":"Exothermic","temperature":"temperature","surroundings":"surroundings"},"fileboyImageId":"649a3540-3a2f-4909-8b63-100c9376acb0"}}
Look at the slide below to work out the answer.
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