Hero image

The Science Tutor

Average Rating3.33
(based on 4 reviews)

A collection of Biology, Physics and Chemistry resources for Key Stage 3 and Key Stage 4. I work as a mainstream Science teacher and all of these lessons have been succesfully delivered.

65Uploads

21k+Views

439Downloads

A collection of Biology, Physics and Chemistry resources for Key Stage 3 and Key Stage 4. I work as a mainstream Science teacher and all of these lessons have been succesfully delivered.
Heat Transfer 1 - Hot Stuff lesson
jonhopkins1jonhopkins1

Heat Transfer 1 - Hot Stuff lesson

(0)
Lesson 1 of the KS3 topic Heat Transfer - Hot Stuff. This lesson is focused on the difference between heat and temperature. Practicalprocedure included. Differentiated learning outcomes: All Recall the units for measuring temperature and heat energy. Work out which way heat energy will be transferred between a hot and a cold object. Most Explain the difference between temperature and heat energy. Some List the three things that the amount of heat energy stored in an object depends on.
Heat Transfer 2 - Heating Solids lesson
jonhopkins1jonhopkins1

Heat Transfer 2 - Heating Solids lesson

(0)
Lesson 2 in the Heat Transfer topic for KS3. Differentiated learning outcomes: All List some examples of heat conductors and insulators. Most Explain conduction using the particle method. Explain why some solids are better conductors than others. Some Explain why solids expand when they are heated.
Solar System 1 - A Place Near The Sun complete lesson
jonhopkins1jonhopkins1

Solar System 1 - A Place Near The Sun complete lesson

(0)
1st lesson in the Key Stage 3 topic The Solar System and Beyond. Complete lesson. Differentiated learning outcomes: All: Explain what the terms day and year means to an astronomer. Most: Describe how shadows form and how they can be used to tell the time. Some: Explain how the time and date varies on our planet.
Infrared Radiation
jonhopkins1jonhopkins1

Infrared Radiation

(2)
P1.1. Lesson on Infrared Radiation. Lesson Outcomes: E- Describe how all objects give out heat radiation C – Describe how objects both emit and absorb heat radiation A – Explain how rate of emission and absorption depend on the type of surface