Hello fellows, I hope you all are doing great. In today’s tutorial, we will have a look at Difference Between Mass and Weight. There are 2 terms commonly used in physics first one is the mass and second one weight. Both terms are considered the same to each other and are usually used. But in real fact, both of these are different parameters. In today’s post, we will have a detailed look at the different differences between these two parameters. So let’s get started with the Difference Between Mass and Weight.
Difference Between Mass and Weight
Mass:
- The net matter which exists in the body is called mass.
- The weight of the body is less at the moon in place of the earth
- Mass is a property used to measure the strength of the force
- Mass is a feature of an object and it also defines the resistance offered by the body
- It also explains the gravitational force on the body
- Its existence does not depend on the location.
- It is based on type quantity.
- Its value does not vary at different positions.
- It is measured in grams and kilograms.
- A slug is an imperial unit of mass
- It is denoted as m’.
- Mass is an inertial feature of the object
- Mass is the base quantity
- Mass=volume x density
- Mass can not be zero
- can be measured through the level of balance
- It is a scalar quantity.
- Its numerical value can not be zero.
- Mass helps to find acceleration. F=ma
- It can be calculated with the normal balance.
- Its mathematical relation is m = w/g.
- The resistance of the body that is accelerated through force is called inertial mass.
- Gravitiaonl field is determined by the active gravitational mass
- The force applied to an object is measured by passive gravitational mass
Weight:
- The quantity of gravitational force exerted by the earth on the body is called weight.
- Its measuring unit is Newton.
- It is derived quantity
- Has different values due to different values of gravity
- It is denoted as W’.
- It is a vector. In free fall weight is zero.
- All terrestrial object is considered as weightless
- Its value changes with the change in gravity.
- It is calculated with the spring balance.
- Its mathematical relation is w=mg.
- the feature of the body that defines the heaviness of the body its example is the buoyancy effect
- It is a vector quantity.
- Its values contrary to mass can zero where gravity does not exist.
- It depends on the location of the body.
Mass vs Weight
Mass
- It is properly of matter and each body has the same mass anywhere.
- It does not have zero value.
- It does not change based on location.
- It is a scalar quantity and has magnitude only.
- It is measured in grams or KG
Weight
- Weight is based on gravity and when weight increases or decreases it changes.
- It has zero value if there is no gravity work on the body such as in space
- It has different values for different locations.
- It is a vector quantity and has magnitude and direction.
- it measured with a spring balance
- Its measuring unit is Newton
What is the mass formula?
- Mass = ρ × v.
- ρ = density and. v = the volume
What is SI unit of mass?
- Its system international unit is Kilogram and is defined as measuring fixed numerical value Planck constant h 6.626 070 15 x 10–34 for denoting inJ s, tha is kg m2 s–1
What is the formula for weight?
W = mg
What is the relationship between weight and mass?
- Weight is multiple of mass and gravitational force applied. W =MG here W is weight M is mass and G is gravitational force.
What is the SI unit of weight?
- The System’s international unit of weight is like the force, Newton, which is a derived unit that is also defined in SI base units.kg⋅m/s2 (kilograms times meters per second squared).
What is a unit of gravity?
- Gravity is the force measured in Newton and it causes acceleration that is denoted with g and effect. Its effect on weight is called weight. Force is applied by gravity to one KG mass is 9.81 N.
That is a detailed post about the difference between mass and weight if you have any query ask in the comments. Thanks for reading. Have a good day.
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