Get started today with your
FREE demo account
Get started today with your
FREE demo account
Choose 1 answer
{"type":"multi-choice","id":"76683","dataJson":{"prompt":"Which of these changes will reduce uncertainty in the experiment?","options":[{"key":"0.08396121808316948","label":"insulating the material to be tested","value":"insulating the material to be tested","fileboyId":"d71e6b41-436c-45a5-87a5-0833a3eb4653"},{"key":"0.522960934165649","label":"insulating the heater","value":"insulating the heater","fileboyId":"45758371-9a87-452f-93f6-28cff0c50d61"},{"key":"0.7381506843115179","label":"starting with the heater already hot","value":"starting with the heater already hot","fileboyId":"029e0a6d-2c25-4ab2-b6a2-6e1ee7b385f0"},{"key":"0.6928983490086135","label":"using a larger mass","value":"using a larger mass","fileboyId":"fb370730-3017-4c59-9313-b90b4259fccc"}],"limitChoices":{},"validResponse":["insulating the material to be tested"],"fileboyImageId":"10be5f6e-b3f6-4f9c-b06f-51140ce92694"}}
Choose 1 answer
{"type":"multi-choice","id":"76684","dataJson":{"prompt":"What does the gradient of an energy transferred vs. temperature change graph tell us?","options":[{"key":"0.1677234024296831","label":"heat capacity of the material","value":"heat capacity of the material","fileboyId":"5e10488d-95d6-487c-8711-23506f110730"},{"key":"0.3673280716197086","label":"specific heat capacity of the material","value":"specific heat capacity of the material","fileboyId":"6de9d4a0-3455-4236-ada9-a5f343db3eca"},{"key":"0.8848855816761442","label":"specific latent heat of the material","value":"specific latent heat of the material","fileboyId":"6cd66579-bd3d-429c-a90b-61711acfa2f9"},{"key":"0.6662970166559359","label":"internal energy of the material","value":"internal energy of the material","fileboyId":"8f51e4f2-bc4e-48ce-8803-2c457258b1db"}],"limitChoices":{},"validResponse":["heat capacity of the material"],"fileboyImageId":"f2ea92ab-0dd9-4216-ab76-6acb1f982edf"}}
Select the missing words in the text.
{"type":"fill-in-blanks","id":"76685","dataJson":{"prompt":"Fill in the blanks.","options":{"Hot metals":[{"label":"electrocution","value":"electrocution"},{"label":"hot metals","value":"hot metals"},{"label":"burns","value":"burns"},{"label":"broken toes","value":"broken toes"}]},"template":"{{Hot metals}} are a hazard when investigating the specific heat capacity of a metal block using a 12 V heater.","validOptions":["Hot metals"],"validResponse":{"Hot metals":"hot metals"},"fileboyImageId":"ee00a031-68aa-4f55-92dd-c84ca62c078e"}}
Drag the images into the correct place.
0 J
125 J
500 J
1000 J
{"type":"image-bucket","id":"76686","dataJson":{"prompt":"A bungee jumper starts with 1000 J in their GPE store. After they jump, they fall and are brought to a stop with the bungee cord. With the cord fully stretched what is the energy in the EPE store?","buckets":[{"key":"0.6346339675000604","name":"correct answer","old_key":"0"},{"key":"0.33482196320609825","name":"incorrect answers","old_key":"0.03658049521424256"}],"options":[{"key":"0.2352666859669006","label":"0 J","value":"0 J","bucket":"0.33482196320609825","fileboyId":"4a2f52ef-2069-498a-a86c-2c67802f174c"},{"key":"0.6828633738787526","label":"125 J","value":"125 J","bucket":"0.33482196320609825","fileboyId":"d8362d6a-3a26-406a-a58b-0a4324debc33"},{"key":"0.26043455894668177","label":"500 J","value":"500 J","bucket":"0.33482196320609825","fileboyId":"66806d22-64bc-4ae3-b43a-8797e1ca4e9c"},{"key":"0.5027920851661388","label":"1000 J","value":"1000 J","bucket":"0.6346339675000604","fileboyId":"775b8320-d697-4093-9743-246ec625e4d9"}],"fileboyImageId":"b89dab81-8439-42b2-9034-051de2461186"}}
Choose 1 answer
{"type":"multi-choice","id":"76687","dataJson":{"prompt":"Which will require the most energy to raise its temperature by 2 ᵒC?","options":[{"key":"0.5715489729455836","label":"iron","value":"iron","fileboyId":"186a389b-2926-47ec-8eaa-32f94dabf38f"},{"key":"0.21446900493046706","label":"water","value":"water","fileboyId":"48572b62-f477-43c7-b0ba-27728f3460d8"},{"key":"0.1985750131859796","label":"aluminium","value":"aluminium","fileboyId":"c414870e-9c4a-4db1-86d1-478dbe291d9f"},{"key":"0.4550406139643791","label":"copper","value":"copper","fileboyId":"d3a512d4-d366-4cdf-a57f-ca61ecc0dbe8"}],"limitChoices":{},"validResponse":["water"],"fileboyImageId":"4175393e-61b7-46fb-9a7c-838f543449af"}}
Look at the slide below to work out the answer.
Unlock expert-designed lessons, resources, and assessments tailored for educators. No credit card required.
Claim Your Free Trial →