Grade 6 Robotics Worksheet: Forces Assessment Prep

Forces Assessment Prep

Grade 6 Robotics Forces Assessment Prep Advanced 40 Questions 7 Views

Classroom Worksheet

Grade 6 Robotics Worksheet: Forces Assessment Prep

Forces Assessment Prep

Name____________________________

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Score______ / 40

Grade: Grade 6

Subject: Robotics

Topic: Forces

Time: 20 Minutes

Difficulty: Advanced

Questions: 40

Instructions:
Read each question carefully. Answer in complete sentences when needed. Show your thinking for calculation and explanation questions. Questions become harder as you move through the worksheet.

Skills Practiced:

Forces
Robotics
Critical Thinking
Problem Solving

1Question

What is a force?

2Question

Name one way a robot can apply a force.

3Question

What unit is commonly used to measure force?

4Question

If a robot pushes a box to the right, what kind of force is it applying?

5Question

If two people pull a rope in opposite directions with equal strength, what is happening to the rope?

6Question

What do balanced forces do to the motion of an object?

7Question

What do unbalanced forces cause an object to do?

8Question

A robot pushes a toy car forward and then the car slows down because of floor friction. What force is slowing it down?

9Question

What is friction?

10Question

Why might a robot need more force to move across carpet than across a smooth floor?

11Question

A robot arm lifts a 2 kg object straight up. Which force is working against the lift?

12Question

What happens when gravity pulls on an object?

13Question

If a robot pushes a door and the door does not move, what can you say about the forces?

14Question

Name one example of a contact force in robotics.

15Question

Name one example of a non-contact force.

16Question

A magnet on a robot picks up paper clips. What force is used?

17Question

A robot uses a gripper to squeeze a cup too hard and it bends. What kind of force is the gripper applying?

18Question

What does it mean if one side of a robot is pushed harder than the other side?

19Question

Why do robots with wheels usually need less force on smooth surfaces?

20Question

A robot moves a box 3 meters using a smaller force than before because the box is lighter. Why is less force needed?

21Question

If a robot applies a force of 5 N to the left and another force of 5 N to the right, what is the net force?

22Question

What is net force?

23Question

A robot pushes a cart with 8 N to the right and friction pushes back with 3 N to the left. What is the net force?

24Question

If a robot arm pulls upward with 12 N and gravity pulls downward with 12 N, what will happen to the object?

25Question

A robot drives forward, but the front wheel slips on a wet floor. Which force is reduced?

26Question

Why are treads useful on some robots?

27Question

A robot uses a lever to lift a heavy object. How does the lever help the robot?

28Question

What is traction?

29Question

A robot must push a button that requires 4 N of force. If the robot pushes with only 2 N, what happens?

30Question

A robot's arm is designed to move a package. Why is it important to know the package's mass?

31Question

A robot pushes a crate with 10 N to the right. Friction is 6 N to the left. What is the net force, and which direction does the crate move more likely move?

32Question

Two robots push a stalled cart from the same side. Robot A pushes with 7 N and Robot B pushes with 9 N. What is the total force?

33Question

A robot pushes forward with 15 N, and a second force of 20 N acts backward. What is the net force and direction?

34Question

Why can a robot sometimes move even when the net force is small?

35Question

A robot is built to carry tools across a workshop. Which design feature would best reduce the force needed to move it: smooth narrow wheels, wide treads, or a heavy metal base? Explain briefly.

36Question

A robot lifts a box straight up at constant speed. Are the forces balanced or unbalanced? Explain.

37Question

A robot changes direction while moving around a corner. What must be true about the forces on the robot?

38Question

A robot uses a claw to squeeze and hold an object. If the claw is too weak, the object slips. What is the best explanation?

39Question

A robot on Mars would experience less gravitational force than on Earth. How might this affect the robot's movement and lifting tasks?

40Question

Design challenge: A robot must move a heavy box across a rough floor and then stop exactly at a marked line. Describe two force-related features that would help the robot complete this task.

Answer Key

#	Answer
1	A force is a push or pull on an object.
2	A robot can apply force by pushing, pulling, lifting, or pressing on something.
3	Newtons (N).
4	A push force.
5	The forces are balanced.
6	They do not change the motion, so the object stays still or moves at a constant speed in a straight line.
7	Unbalanced forces cause an object to speed up, slow down, or change direction.
8	Friction.
9	Friction is a force that resists motion when two surfaces rub against each other.
10	Carpet creates more friction, so the robot needs more force to move.
11	Gravity.
12	Gravity pulls objects toward the center of Earth.
13	The forces are balanced, or the push is not strong enough to overcome resistance.
14	Push, pull, friction, or applied force.
15	Gravity or magnetic force.
16	Magnetic force.
17	A compressive or squeezing force.
18	The forces are unbalanced, so the robot may turn or move in a different direction.
19	Because there is less friction.
20	A lighter object has less mass, so it is easier to move.
21	0 N.
22	Net force is the total force after all forces on an object are combined.
23	5 N to the right.
24	It will not accelerate; the forces are balanced.
25	Friction.
26	Treads increase traction and friction, helping the robot move without slipping.
27	A lever increases the force so the robot can lift with less effort.
28	Traction is the grip between a surface and a moving object, helping it not slip.
29	The button may not activate because the force is too small.
30	Because mass helps determine how much force is needed to move or lift the package.
31	4 N to the right; it will likely move to the right.
32	16 N.
33	5 N backward.
34	Because a small unbalanced force can still change motion, especially if friction is low or the object is light.
35	Smooth narrow wheels would usually reduce resistance on smooth floors, so less force is needed. Wide treads increase grip but can also increase resistance.
36	Balanced. The upward force equals the downward force of gravity, so the speed stays constant.
37	The forces must be unbalanced, causing a change in direction.
38	The claw did not apply enough force to overcome the object's weight and any slipping force, so the grip was not strong enough.
39	It would be easier to lift objects because they would weigh less, but the robot might also have less traction because it presses down with less force.
40	Possible answers include stronger motors to provide more force, treads or better wheels for traction, a gripper or lifting arm for control, and sensors/braking to stop at the line.