C_S= 2.1 J/gºC

C_l= 4.184 J/gºC

C_g= 2.0 J/gºC

1

The amount of energy it takes to MELT a substance is represented by

Degrees Celsius (^oC)

Heat of Fusion

Heat of Vaporization

1

The amount of energy it take to raise the TEMPERATURE of a substance is represented by

Degrees Celsius (oC)

Heat of Fusion

Heat of Vaporization

1

The amount of energy it takes to BOIL a substance is represented by

Degrees Celsius (oC)

Heat of Vaporization

Heat of Fusion

1

The amount of energy it takes to CONDENSE a substance is represented by

Degrees Celsius (oC)

Heat of Vaporization

Heat of Fusion

1

The amount of energy it takes to FREEZE a substance is represented by

Heat of Fusion

Heat of Vaporization

Degrees Celsius (oC)

1

How much energy needs to be absorbed/added to raise the temperature of 40g of ICE at 0_^oC to 45^oC?

Answer: UNITS:

1

How much energy needs to be absorbed/added to raise the temperature of 24g of WATER at 30_^oC to STEAM at 105^oC?

Answer: UNITS:

1

How much energy needs to be absorbed/added to completely vaporize 56g of WATER at 100_^oC?

Answer: UNITS:

1

How much energy needs to be RELEASED to lower the temperature of 8g of WATER at 38_^oC to ICE at -50^oC?

Answer: UNITS:

1

How much energy needs to be absorbed/added to raise the temperature of 36g of ICE at -12_^oC to 145^oC?

Answer: UNITS:

Heat energy across states of matter

Heat energy across states of matter

C_S= 2.1 J/gºC

C_l= 4.184 J/gºC

C_g= 2.0 J/gºC

The amount of energy it takes to MELT a substance is represented by

The amount of energy it take to raise the TEMPERATURE of a substance is represented by

The amount of energy it takes to BOIL a substance is represented by

The amount of energy it takes to CONDENSE a substance is represented by

The amount of energy it takes to FREEZE a substance is represented by

C_S= 2.1 J/gºC

C_l= 4.184 J/gºC

C_g= 2.0 J/gºC

The amount of energy it takes to MELT a substance is represented by

The amount of energy it take to raise the TEMPERATURE of a substance is represented by

The amount of energy it takes to BOIL a substance is represented by

The amount of energy it takes to CONDENSE a substance is represented by

The amount of energy it takes to FREEZE a substance is represented by

Heat energy across states of matter

Heat energy across states of matter

CS= 2.1 J/gºC

Cl= 4.184 J/gºC

Cg= 2.0 J/gºC

The amount of energy it takes to MELT a substance is represented by

The amount of energy it take to raise the TEMPERATURE of a substance is represented by

The amount of energy it takes to BOIL a substance is represented by

The amount of energy it takes to CONDENSE a substance is represented by

The amount of energy it takes to FREEZE a substance is represented by

CS= 2.1 J/gºC

Cl= 4.184 J/gºC

Cg= 2.0 J/gºC

The amount of energy it takes to MELT a substance is represented by

The amount of energy it take to raise the TEMPERATURE of a substance is represented by

The amount of energy it takes to BOIL a substance is represented by

The amount of energy it takes to CONDENSE a substance is represented by

The amount of energy it takes to FREEZE a substance is represented by

C_S= 2.1 J/gºC

C_l= 4.184 J/gºC

C_g= 2.0 J/gºC

C_S= 2.1 J/gºC

C_l= 4.184 J/gºC

C_g= 2.0 J/gºC