Weight.
Your scale measures how much force your body exerts on it, relative to the gravity on Earth.
If you took your bathroom scale and used it on the Moon, it would show that you weigh a lot less!
Weight. As a scale works on the principle of measuring force, and weight is composed of force acting on a mass, it should properly say Newton, not Kilogram. However, we are not accustomed to using Newtons in ordinary use, so when a scale reports a Kilogram, what it really is reporting is the equivalent to 1 kg (of mass) operating under 1 g of gravity (thus, 1 scale-reported "kilogram" = 9.8 N)
The English system actually gets it right here (for a change), in that a scale registers Pounds (which are the English equivalent of Newtons, and a measure of force, not mass).
When putting an object on a spring scale the pointer is going to show that objects weight. So the answer would be WEIGHT. Like for example when you are in your bathroom and you step on the scale , the pointer is going to show how much you weigh.
A bathroom scale measures the force exerted by your body due to gravity. This force is converted into a weight measurement, typically in pounds or kilograms, which indicates your mass.
It shows the weight, however, by convention we graduate the scale in mass units. The scale is assuming that you are standing on Earth. When you step on a scale the gravity pulls you down, which is called weight. Weight is based on the gravity force. Mass is the amount of stuff inside your body. Which won't change because of gravity. If you go to the moon your weight will be less because the moon has less gravity. Mass will stay the same. Unless you lose one your body parts while on the trip to the moon.
The bathroom scale displays the force that Earth's gravity is exerting on you, which is your weight. This force is the product of your mass and the acceleration due to gravity (9.81 m/s^2).
When you stand at rest on a bathroom scale, your weight is equal to the support force measured by the scale. The scale measures the force exerted by your body due to gravity acting downward, which is equal to the force exerted by the scale upward to support your weight.
When putting an object on a spring scale the pointer is going to show that objects weight. So the answer would be WEIGHT. Like for example when you are in your bathroom and you step on the scale , the pointer is going to show how much you weigh.
Weight. If you brought your scale to the moon and weighed yourself you would be a lot lighter on the moon than on earth. However you have the same mass in both places.
You could put the mass on a bathroom scale, weigh it, and then divide its weight by the acceleration of gravity.
Scales either measure mass, or weight - but they are callibrated to show mass (for example, kilograms).
A bathroom scale measures the force exerted by your body due to gravity. This force is converted into a weight measurement, typically in pounds or kilograms, which indicates your mass.
-- Measure the human's weight on a bathroom scale near the earth's surface. -- Divide her weight by the acceleration of gravity.
densityIt registers the force it must exert to support you (this is equal to your scientific weight), then divides by the acceleration due to gravity (around 9.8 m/s2). Weight is equal to mass * acceleration due to gravity. Therefore, the number it shows is actually your mass. In common language, however, when people refer to their "weight," they are actually talking about their mass
It shows the weight, however, by convention we graduate the scale in mass units. The scale is assuming that you are standing on Earth. When you step on a scale the gravity pulls you down, which is called weight. Weight is based on the gravity force. Mass is the amount of stuff inside your body. Which won't change because of gravity. If you go to the moon your weight will be less because the moon has less gravity. Mass will stay the same. Unless you lose one your body parts while on the trip to the moon.
The bathroom scale displays the force that Earth's gravity is exerting on you, which is your weight. This force is the product of your mass and the acceleration due to gravity (9.81 m/s^2).
All you need is a scale. you should use a scale that measures in grams.
When you stand at rest on a bathroom scale, your weight is equal to the support force measured by the scale. The scale measures the force exerted by your body due to gravity acting downward, which is equal to the force exerted by the scale upward to support your weight.
A balance scale or weight scale is a tool that measures weight or mass.