Question 5 1 pts Cooked foods that contain large amounts of water tend to stay hot longer (tomatoes and potatoes burn ou

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Question 5 1 Pts Cooked Foods That Contain Large Amounts Of Water Tend To Stay Hot Longer Tomatoes And Potatoes Burn Ou 1 (55.05 KiB) Viewed 49 times

Question 5 1 Pts Cooked Foods That Contain Large Amounts Of Water Tend To Stay Hot Longer Tomatoes And Potatoes Burn Ou 2 (55.78 KiB) Viewed 49 times

Question 5 1 Pts Cooked Foods That Contain Large Amounts Of Water Tend To Stay Hot Longer Tomatoes And Potatoes Burn Ou 3 (97.83 KiB) Viewed 49 times

Question 5 1 pts Cooked foods that contain large amounts of water tend to stay hot longer (tomatoes and potatoes burn our mouths). This is because water resists temperature change due to: 1. A smaller thermal mass and higher specific heat 2. A higher thermal mass and higher specific heat 3. A smaller thermal mass and lower specific heat 4. A higher thermal mass and lower specific heat 01 Question 6 1 pts 1. The empirical gas laws of Boyle. Charles, Gay-Lussac, when taken together have which of the following relationships a. = constant b. PVT = constant d. p2 = WT

Question 7 1 pts The illustration below represents which type of ideal gas process? Adiabatic 1. Constant pressure 2. Constant volume 3. Isothermal 4. Adiabatic O2 01 04 Question 8 1 pts The specific heat of gases made up of diatomic gases is higher than that of gases made of monatomic gases because 1. Diatomic molecules have more mass and require more force to move 2. Diatomic molecules have more cross-sectional area and greater wind resistance 3. Diatomic molecules have three rotational states that consume energy in addition to the three translation states 4. Diatomic molecules have a larger Avogadro's number

1. Match the heat transfer types (radiation, convection, conduction) to the definitions below: 1. The bulk motion of a gas or liquid carries heat from one place to another. 2. The direct transfer of heat by physical contact between substances or molecules within a substance. 3. The transfer of heat from body to another by electromagnetic waves/photons.