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Why do you think the mass did not change but the weight did?
Your mass is 40 kilograms on Earth, on the moon, on Jupiter and even floating inside the International Space Station. Your mass is 40 kilograms no matter where you are. But your weight differs from place to place because of differences in how hard gravity at each site pulls on you.
How to solve mass and weight?
Well, for one, mass and weight are not only related, but proportional. If you know somethings mass, you can find out its weight, and vice versa, using the formula W (weight) = m (mass) times g (gravity, on Earth usually valued at 9.8 N/kg).
What is the formula for weight and mass?
What Is the Formula To Calculate the Weight? To calculate weight we use the general formula mentioned below: W = mg. Where W is the weight of the object, m is the mass of the object, and g is the acceleration due to gravity.
How do I solve for mass?
The formula for mass can therefore be M=W/G. However, mass is also equal to the net force needed to accelerate an object, divided by its acceleration (i.e., M = F/A).
What is the formula for mass?
The first formula of mass is expressed as, Mass = Density Volume. This means if we know the density and volume of an object, we can find its mass using this formula of mass. The second formula of mass is expressed as, Mass = Force Acceleration.
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How to solve mass and weight problems?
To find weight when you already know the mass, use the formula weight = mass times gravitational acceleration. Remember that on the surface of the earth, gravitational acceleration is always 9.8 m/s^2, so simply plug in the mass and multiply it by 9.8 to get the weight in newtons.
Why my mass is the same everywhere in the universe but my weight can be different?
Our mass is the amount of matter that we consist of. This mass does not change when we change planets. However, if we went from Earth to Mars, our weight would change because Mars has less gravity than Earth. Gravity is a force pulling matter together.