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black_hole
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Homework Statement
A 13.25 kg box rest on a table. What is the weight of the box?
Homework Equations
I know this is really easy, but how would I do this?
black_hole said:Homework Statement
A 13.25 kg box rest on a table. What is the weight of the box?
Homework Equations
I know this is really easy, but how would I do this?
The Attempt at a Solution
To calculate the weight of a 13.25 kg box, you simply multiply the mass by the gravitational acceleration of the Earth, which is approximately 9.8 m/s². This will give you the weight of the box in newtons (N).
Using the correct units is important because weight is a measurement of force, and different units can be used to measure force. By using the correct units, you ensure that your calculation is accurate and comparable to other measurements.
The weight of a 13.25 kg box will differ on different planets due to variations in gravitational acceleration. For example, on the moon, where the gravitational acceleration is approximately 1.62 m/s², the weight of the box would be significantly less than on Earth.
Yes, the weight of a 13.25 kg box can change over time if the gravitational acceleration changes. This can happen if the box is moved to a different planet or if the Earth's gravitational pull changes due to factors such as tectonic activity or the movement of large masses.
The weight of a 13.25 kg box can be measured accurately using a scale or balance. These instruments use the force of gravity to determine the weight of an object. It is important to calibrate the scale or balance regularly to ensure accurate measurements.