
Quantity of matter contained in a body is _____
Answer
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Hint: In the CGS system we express gram as the unit of mass, centimetre as the unit of length, and the second as the unit of time. Here they have asked the quantity of matter contained in the body. One of the basic properties of matter is mass. Use the above statement to answer the above question.
Complete answer:
The study of motion of the bodies is called kinematics. These physical quantities are measured by these 3 systems that are the F.P.S system (foot, pound, second) C.G.S (centimetre, gram, second) and M.K.S (meter, kilogram, second). In the CGS system we express gram as the unit of mass, centimetre as the unit of length, and the second as the unit of time.
The units of fundamental physical quantity are called fundamental quantity. The units of derived physical quantity are called derived quantity. Mass does not depend on temperature, pressure or location of the object. Fundamental quantities and derived quantities are the types of physical quantities. Examples are mass, length, electric current, temperature, amount of substance and luminous intensity.
Mass does not depend on temperature, pressure or location of the object. Kilogram is used when dealing with atoms and molecules. Mass can be commonly determined by common balance. Large masses are determined by gravitational methods.
Hence, mass is the quantity of matter contained in the body.
Note: Mass does not depend on temperature, pressure or location of the object. Large masses are determined by gravitational methods. Kilogram is used when dealing with atoms and molecules Examples for fundamental quantity are mass, length, electric current, temperature, amount of substance and luminous intensity.
Complete answer:
The study of motion of the bodies is called kinematics. These physical quantities are measured by these 3 systems that are the F.P.S system (foot, pound, second) C.G.S (centimetre, gram, second) and M.K.S (meter, kilogram, second). In the CGS system we express gram as the unit of mass, centimetre as the unit of length, and the second as the unit of time.
The units of fundamental physical quantity are called fundamental quantity. The units of derived physical quantity are called derived quantity. Mass does not depend on temperature, pressure or location of the object. Fundamental quantities and derived quantities are the types of physical quantities. Examples are mass, length, electric current, temperature, amount of substance and luminous intensity.
Mass does not depend on temperature, pressure or location of the object. Kilogram is used when dealing with atoms and molecules. Mass can be commonly determined by common balance. Large masses are determined by gravitational methods.
Hence, mass is the quantity of matter contained in the body.
Note: Mass does not depend on temperature, pressure or location of the object. Large masses are determined by gravitational methods. Kilogram is used when dealing with atoms and molecules Examples for fundamental quantity are mass, length, electric current, temperature, amount of substance and luminous intensity.
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