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A spring scale in itself does not measure mass; rather, it measures the amount of force (in Newtons) required to move an object. However, you can find the mass, provided you know the acceleration (how much the object is changing speed). Example: You use a spring scale on on object, and it gives you a measurement of 10 Newtons (N). To find the mass, you would use the following formula: m = f/a Where m is the mass (kilograms), f is the force (Newtons), and a is the acceleration (meters per second per second, or m/s2). So, if the force is 10N, and the acceleration (for the purposes of this example) is 5m/s2, then: m = 10/5 m = 2 So, the mass would be 2 kilograms (kg).
A balanced scale, which compares the mass of one object with that of a known quantity.Balance scale. Measures "weight" on Earth, but the result is easily converted to Mass.
If the speed of sliding along the table is constant, then there's no acceleration, and the 'net' force on the mass and anywhere along the connection to the scale is zero. At the point where the hook of the scale engages the mass, there is no acceleration. The mass is pulling the hook backwards with a force of 20 newtons, and somebody's finger is pulling the spring scale forward with a force of 20 newtons. The mass or weight of the object sliding along on the table is irrelevant.
mass
A Balance scale A double pan scale
A spring scale is used to measure force or mass
Weight is the property measured by a spring scale. That is Mass X Acceleration.
A balanced scale, which compares the mass of one object with that of another.Mass is measured by physical balance.Weight is measured by a spring balance.
A spring scale is used to measure force or mass
Spring scales measure the the weight of an object or a pulling force. The scientific unit used is the Newton, the unit of force. In day to day use, the units used are often pounds, kilos, ounces, grams. It should be noted that a spring scale does not measure mass. Mass is a measure of the amount of a substance or object where as the weight is the downward force applied to an object due to gravity. The spring scale only ever measures force, never mass.
A spring scale in itself does not measure mass; rather, it measures the amount of force (in Newtons) required to move an object. However, you can find the mass, provided you know the acceleration (how much the object is changing speed). Example: You use a spring scale on on object, and it gives you a measurement of 10 Newtons (N). To find the mass, you would use the following formula: m = f/a Where m is the mass (kilograms), f is the force (Newtons), and a is the acceleration (meters per second per second, or m/s2). So, if the force is 10N, and the acceleration (for the purposes of this example) is 5m/s2, then: m = 10/5 m = 2 So, the mass would be 2 kilograms (kg).
A balanced scale, which compares the mass of one object with that of a known quantity.Balance scale. Measures "weight" on Earth, but the result is easily converted to Mass.
mass
If the speed of sliding along the table is constant, then there's no acceleration, and the 'net' force on the mass and anywhere along the connection to the scale is zero. At the point where the hook of the scale engages the mass, there is no acceleration. The mass is pulling the hook backwards with a force of 20 newtons, and somebody's finger is pulling the spring scale forward with a force of 20 newtons. The mass or weight of the object sliding along on the table is irrelevant.
It is 20 N.
Put her on a truck and have the truck weighed on a balance scale (NOT a spring scale). From this you can get true mass.
spring scale is like we measure he measurethe mass tool used to measure force