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A.
low specific heat capacity and low heat conductivity
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B.
low specific heat capacity and high heat conductivity
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C.
high specific heat capacity and high heat conductivity
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D.
high specific heat capacity and low heat conductivity
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E.
dull surface and low heat conductivity
Correct Answer: Option D
Explanation
High Specific Heat Capacity: This allows the calorimeter to absorb a significant amount of heat without a large increase in temperature, ensuring accurate measurements of heat transfer.
Low Heat Conductivity: This minimizes heat loss to or gain from the surroundings, helping to maintain the integrity of the temperature measurements.
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