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Problem 1

The document presents a series of physics problems related to weight, mass, and forces in different gravitational environments. It includes calculations for weights on Earth, the Moon, and Jupiter, as well as net forces acting on objects. The problems cover concepts such as balanced forces and the effects of friction.

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40 views1 page

Problem 1

The document presents a series of physics problems related to weight, mass, and forces in different gravitational environments. It includes calculations for weights on Earth, the Moon, and Jupiter, as well as net forces acting on objects. The problems cover concepts such as balanced forces and the effects of friction.

Uploaded by

atmadeep_paul
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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1. Problem 1: A bag of apples has a mass of 2 kg.

What is the weight of the


bag of apples on Earth?
2. Problem 2: A watermelon has a mass of 3 kg. If you take it to the Moon,
where gravity is about 1.6 N/Kg would its weight be on the Moon?
3. Problem 3: If a person has mass 60 kg on Earth, how much would they
weigh on Jupiter, where gravity is 24.8 N/kg?
4. Problem 4: If a person’s weight on Earth is 98 Newton, what will be his
weight in Jupiter where gravity is 24.8 N/kg?
5. Problem 5: Calculate the mass of a person on Jupiter is his weight is
2480 N and gravity is 24.8 N/Kg.
6. Problem 6: A toy car is pushed with a force of 5 N to the right, while a
friend is pulling it with a force of 3 N to the left. What is the net force
acting on the toy car?
7. Problem 7: If a box is at rest on a flat surface, and the forces acting on it
are balanced what will happen to the box?
8. Problem 8: A soccer player kicks a stationary ball with a force of 10 N. If
the frictional force acting against the ball is 3 N, what is the net force
acting on the ball, and what will happen to the ball?

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