1. Imagine you have 1 kg each of iron, glass, and water, and all three samples are at 10°C. The specific heat capacities of each are as follows: Ciron 448J/kg.°C Cglass=837]/kg.°C Cwater=4186J/kg.°C = (a) Rank the samples from highest to lowest temperature after 100 J of energy is added to each sample. Support you answers with appropriate calculations/explanations where required.
1. Imagine you have 1 kg each of iron, glass, and water, and all three samples are at 10°C. The specific heat capacities of each are as follows: Ciron 448J/kg.°C Cglass=837]/kg.°C Cwater=4186J/kg.°C = (a) Rank the samples from highest to lowest temperature after 100 J of energy is added to each sample. Support you answers with appropriate calculations/explanations where required.
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![1. Imagine you have 1 kg each of iron, glass, and water, and all three samples are at 10°C. The
specific heat capacities of each are as follows:
Ciron =
448J/kg. °C
Cglass=837]/kg. °C
Cwater = 4186J/kg.°C
(a) Rank the samples from highest to lowest temperature after 100 J of energy is added to each
sample. Support you answers with appropriate calculations/explanations where required.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F06b1163c-e0f9-43bd-a463-bde8e6492076%2F824d2e16-5f48-4311-8dcc-f15cfeb265e0%2Fc3961t9_processed.png&w=3840&q=75)
Transcribed Image Text:1. Imagine you have 1 kg each of iron, glass, and water, and all three samples are at 10°C. The
specific heat capacities of each are as follows:
Ciron =
448J/kg. °C
Cglass=837]/kg. °C
Cwater = 4186J/kg.°C
(a) Rank the samples from highest to lowest temperature after 100 J of energy is added to each
sample. Support you answers with appropriate calculations/explanations where required.
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