Intro Quiz: Specific heat capacity

Video: Specific heat capacity

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Worksheet: Specific heat capacity

Exit Quiz: Specific heat capacity

Lesson summary: Specific heat capacity

In this lesson we will be exploring the effects of adding energy to a system and its effect on temperature. We will look at how this leads to a definition of the property of specific heat capacity and how to calculate this for different materials.

Physics

Y10 Physics

Key Stage 4

Year 10

This quiz will test your understanding of efficiency and unwanted transfers. Additionally it will test your understanding of earlier lessons within this topic.

Revision: Which energy store is increased when an object is heated?

Revision: What is the power of a motor that transfers 550 J of energy in 11s?

Which of these is a correct equation for percentage efficiency?

If a 0.75 efficient motor produces 150 W of useful power, what was the input power?

Which of these are ways in which a motor lifting a crate could transfer energy less usefully? (select 4)

Which material will have the lowest thermal conductivity?

Efficiency and reducing unwanted transfers

This quiz will test your understanding of specific heat capacity and earlier lessons from this topic.

The definition of temperature is:

Which will have more energy in its thermal store?

Revision: Which of these is the correct definition of power?

What is the correct definition of specific heat capacity?

Revision: How long would it take a 200 W motor to transfer 1000 J of energy?

Which will require the most energy to raise its temperature by 2 ᵒC?

How much energy is required to raise the temperature of 4 kg of water by 2 ᵒC? (c = 4200 J/kg ᵒC)

Specific heat capacity

Energy

UNIT

Energy transfers

The kinetic energy store

The gravitational potential store

Conservation of energy

The elastic potential store

Power

Efficiency and reducing unwanted energy transfers

Specific heat capacity required practical

Insulating material required practical (Part 1)

Insulating material required practical (Part 2)

Non-Renewable energy resources

Renewable energy resources

Multi-Step calculations for the energy topic

Energy review

Case study: Esther Takeuchi

Combined Science

Y10 Combined Science (Higher)

Energy (HT)

Y10 Combined Science (Foundation)

Energy (FT)

Specific heat capacity

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