Newton's first law of motion defines force : 1. quantitatively 2. qualitatively 3. both (a) and (b) 4. none of these

Physics

Newton's first law of motion defines force :
quantitatively
qualitatively
both (a) and (b)
none of these

Laws of Motion

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Answer

qualitatively

Reason — Newton's first law of motion defines force only qualitatively. A force is that physical cause which changes the state of motion of a body when it is applied on it. It means that force produces acceleration in the body.

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Physics

Newton's first law of motion defines force :
quantitatively
qualitatively
both (a) and (b)
none of these

Laws of Motion

Answer

Related Questions

Linear momentum is a :
scalar quantity
vector quantity
directionless quantity
none of these

The unit of linear momentum is —
N s
kg m s^-2
N s^-1
kg² m s^-1

According to Newton's second law, the acceleration produced in a body is:
inversely proportional to the force applied on it
directly proportional to the force applied on it
not dependent on force
none of these

Physics

Newton's first law of motion defines force :quantitativelyqualitativelyboth (a) and (b)none of these

Laws of Motion

Answer

Related Questions

Linear momentum is a :scalar quantityvector quantitydirectionless quantitynone of these

The unit of linear momentum is —N skg m s-2N s-1kg2 m s-1

According to Newton's second law, the acceleration produced in a body is:inversely proportional to the force applied on itdirectly proportional to the force applied on itnot dependent on forcenone of these

Newton's first law of motion defines force :
quantitatively
qualitatively
both (a) and (b)
none of these

Linear momentum is a :
scalar quantity
vector quantity
directionless quantity
none of these

The unit of linear momentum is —
N s
kg m s^-2
N s^-1
kg² m s^-1

According to Newton's second law, the acceleration produced in a body is:
inversely proportional to the force applied on it
directly proportional to the force applied on it
not dependent on force
none of these