Motion
Circuits
Energy
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Name that Unit
100

Solve for Initial Velocity:

A car starts at rest and reaches a speed of 65km/hr. 

What is 0m/s?

100

The two types of circuits 

What are series and parallel?

100

The amount of work done on a box being pushed 2m and 50N of force are applied. 

What is 100J?

100

Difference between distance and displacement 

What is direction?

100

Force 

What are Newtons (N)?

200

Distance over time 

What is average velocity?

200

This supplies power to a circuit

What is a battery?

200

A racecar of mass 800 kg is moving at a speed of 30m/s. 

Find its kinetic energy.

What 360,000J?

200

The SI unit for distance 

What are metres?

200

Time 

What are seconds (t)?

300

Solve for distance:

A runner starts from rest and accelerates at 2 m/s2  for 5s.

What is 25m?

300

How to solve for current

What is I = V/R?

300

How to find work 

What is W = force * displacement?

300

The direction gravity acts

What is towards the earth?

300

Work and Energy 

What are joules (J)?

400

Solve for Acceleration:

A car speeds up from 8 m/s to 20m/s in 6s. 

What is 2m/s2?

400

Three resistors with values of 4 Ω, 6 Ω, and 10 Ω are connected in series. 

Calculate the total resistance.  

What is 20Ω?

400

A rock sits on a cliff with a height of 10 m. The gravitational potential energy of the rock is 500J. 

Solve for its mass. 

What is 5.1kg?

400

The direction friction acts

What is opposite to direction of motion?

400

Acceleration

What is m/s2?

500

Solve for total time.

A spaceship speeds up from 35m/s to 112m/s, over a distance of 1137.25m. 

What is 15.46s?

500

Two resistors of 5 Ω, 7 Ω are connected in series. This series combination is then connected in parallel with another resistor of 6 Ω.

 Find the total resistance of the circuit.

What is 12Ω?

500

A runner used up 1365J of Kinetic Energy. If his mass is 75kg, calculate his speed. 

What is 6.04m/s?

500

The method to find the resultant vector

What is Pythagoras' Theorem (a2+b2 = c2)

500

Power

What are Watts (W)?

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