Grade 6 Robotics Review Worksheet: Forces

Forces Review Worksheet

Grade 6 Robotics Forces Review Worksheet Very Easy 40 Questions 12 Views

Classroom Worksheet

Grade 6 Robotics Review Worksheet: Forces

Forces Review Worksheet

Name____________________________

Date________________

Score______ / 40

Grade: Grade 6

Subject: Robotics

Topic: Forces

Time: 20 Minutes

Difficulty: Very Easy

Questions: 40

Instructions:
Read each question carefully. Write your answer in the space provided. Try to answer all 40 questions in order. The questions start very easy and slowly become a little harder.

Skills Practiced:

Forces
Robotics
Critical Thinking
Problem Solving

1Question

What is a force?

2Question

Is a push a force?

3Question

Is a pull a force?

4Question

What force pulls objects toward Earth?

5Question

What happens when a force makes an object move?

6Question

Name one example of a force in everyday life.

7Question

When you press a robot button, are you applying a force?

8Question

What do we call the force that slows moving objects down?

9Question

True or false: Forces can change the direction of motion.

10Question

True or false: Forces can change the speed of motion.

11Question

What force helps a robot's wheels grip the floor?

12Question

What force acts on objects even when they are not moving?

13Question

If two people push a box in the same direction, what happens to the force?

14Question

If one person pushes harder than another in the opposite direction, which force wins?

15Question

What is a balanced force?

16Question

What happens when forces are balanced?

17Question

What happens when forces are unbalanced?

18Question

A robot moves forward. What type of force can make it speed up?

19Question

What type of force can make a robot stop?

20Question

Why do robot wheels need traction?

21Question

What force pulls a ball back to the ground after it is thrown?

22Question

What is the force between two surfaces that rub against each other?

23Question

If a robot arm lifts an object, what force must it use?

24Question

Does a heavier object usually need more force to move?

25Question

What is the name of the force that acts in the opposite direction to motion on many surfaces?

26Question

Why do robots sometimes need stronger motors?

27Question

What is the effect of force on a stationary object?

28Question

What is the effect of force on a moving object?

29Question

If two equal forces pull a robot in opposite directions, what happens?

30Question

What kind of force is used when a robot arm closes a gripper?

31Question

Name one way to reduce friction on a robot.

32Question

Name one way to increase friction on a robot.

33Question

Why is friction important for walking robots?

34Question

What force causes objects to fall downward when dropped?

35Question

What happens to a robot if the force pushing it forward becomes stronger?

36Question

What happens to a robot if forces on it are equal?

37Question

Which is stronger in a tug-of-war if one team pulls harder?

38Question

How can force help a robot turn left or right?

39Question

Why do engineers think about forces when building robots?

40Question

Explain in one sentence how forces help robots move.

Answer Key

#	Answer
1	A push or a pull.
2	Yes.
3	Yes.
4	Gravity.
5	It changes the object's motion.
6	Pushing a door open.
7	Yes.
8	Friction.
9	True.
10	True.
11	Friction.
12	Gravity.
13	The forces add together.
14	The stronger force.
15	Equal forces acting in opposite directions.
16	The object stays still or moves at the same speed in the same direction.
17	The object's motion changes.
18	A push or driving force.
19	Friction or another opposing force.
20	So they do not slip and can move properly.
21	Gravity.
22	Friction.
23	An upward pushing force.
24	Yes.
25	Friction.
26	To create more force.
27	It can start moving.
28	It can speed up, slow down, or change direction.
29	The forces are balanced.
30	A squeezing or pulling force.
31	Use wheels, oil, or smoother surfaces.
32	Use treaded wheels or rougher surfaces.
33	It helps the feet not slip.
34	Gravity.
35	It speeds up more.
36	It does not change its motion.
37	The team with the greater force.
38	By pushing or steering it in a new direction.
39	To make robots move safely and correctly.
40	Forces make robots start moving, stop, speed up, slow down, and change direction.