TGS SHC Questions 2 JBI

Last updated about 5 years ago

6 questions

Question 1

Calculate the energy transferred when 3kg of copper is heated from 20oC to 220oC The specific heat capacity of copper is 390~J/kg/oC

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TGS SHC Questions 2 JBI

Last updated about 5 years ago

6 questions

Question 1

Calculate the energy transferred when 3kg of copper is heated from 20oC to 220oC The specific heat capacity of copper is 390~J/kg/oC

Question 2

Calculate the energy needed to heat 2kg of water from 10oC to 90oC. The Specific heat capacity of water is 4200J/KgoC

Question 3

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 1 kg of copper to raise its temperature by 1 °C?

Question 4

Here are the specific heat capacity values of four different metals:

Suppose you have 1 kg of each metal. Which one will need the most energy to raise its temperature by 1 °C?

Question 5

Here are the specific heat capacity values of four different metals:

The same amount of energy is transferred into 1 kg of each metal. Which one has the largest temperature rise?

Question 6

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 2 kg of iron to raise its temperature by 5°C?

Question 2

Calculate the energy needed to heat 2kg of water from 10oC to 90oC. The Specific heat capacity of water is 4200J/KgoC

Question 3

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 1 kg of copper to raise its temperature by 1 °C?

Question 4

Here are the specific heat capacity values of four different metals:

Suppose you have 1 kg of each metal. Which one will need the most energy to raise its temperature by 1 °C?

Question 5

Here are the specific heat capacity values of four different metals:

The same amount of energy is transferred into 1 kg of each metal. Which one has the largest temperature rise?

Question 6

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 2 kg of iron to raise its temperature by 5°C?

TGS SHC Questions 2 JBI

Calculate the energy transferred when 3kg of copper is heated from 20oC to 220oC The specific heat capacity of copper is 390~J/kg/oC

TGS SHC Questions 2 JBI

Calculate the energy transferred when 3kg of copper is heated from 20oC to 220oC The specific heat capacity of copper is 390~J/kg/oC

Calculate the energy needed to heat 2kg of water from 10oC to 90oC. The Specific heat capacity of water is 4200J/KgoC

Here are the specific heat capacity values of four different metals:How much energy must be transferred into 1 kg of copper to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:Suppose you have 1 kg of each metal. Which one will need the most energy to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:The same amount of energy is transferred into 1 kg of each metal. Which one has the largest temperature rise?

Here are the specific heat capacity values of four different metals:How much energy must be transferred into 2 kg of iron to raise its temperature by 5°C?

Calculate the energy needed to heat 2kg of water from 10oC to 90oC. The Specific heat capacity of water is 4200J/KgoC

Here are the specific heat capacity values of four different metals:How much energy must be transferred into 1 kg of copper to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:Suppose you have 1 kg of each metal. Which one will need the most energy to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:The same amount of energy is transferred into 1 kg of each metal. Which one has the largest temperature rise?

Here are the specific heat capacity values of four different metals:How much energy must be transferred into 2 kg of iron to raise its temperature by 5°C?

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 1 kg of copper to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:

Suppose you have 1 kg of each metal. Which one will need the most energy to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:

The same amount of energy is transferred into 1 kg of each metal. Which one has the largest temperature rise?

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 2 kg of iron to raise its temperature by 5°C?

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 1 kg of copper to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:

Suppose you have 1 kg of each metal. Which one will need the most energy to raise its temperature by 1 °C?

Here are the specific heat capacity values of four different metals:

The same amount of energy is transferred into 1 kg of each metal. Which one has the largest temperature rise?

Here are the specific heat capacity values of four different metals:

How much energy must be transferred into 2 kg of iron to raise its temperature by 5°C?