Science, asked by WhatIsForce, 9 days ago

what is force.????????​

Answers

Answered by RodaliS
0

Explanation:

In physics, a force is any interaction that, when unopposed, will change the motion of an object. A force can cause an object with mass to change its velocity (which includes to begin moving from a state of rest), i.e., to accelerate.

plz mark brainliest

Answered by OoINTROVERToO
0

"\ \  \ \ \ \huge \mathfrak{ \pmb{ \colorbox{lavender}{  \:  \:   \: \:  \:  \:  \red F \:  \blue  O \:  \green   R \:  \purple C \:  \orange E \: \ \ \ \  \: }}}\ \ \ \ "

Force is push or pull acting on a body which tends to change its state of rest or of motion. It is denoted by "F". It has a magnitude and a direction.

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 \large \red{\bold{Formula \ for \ Force \:  :  - } }

 \huge\underline{\boxed{\textrm{F = {\texttt{ma}}}}}

Here,

  • " m " = Mass of the body
  • " a " = Acceleration
  • " F " = Force

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Derivation of Force [ F = ma ] using Newton's law of motion.

\small{\bold{Newton's\:Second\:Law \ states \ that \ :-}}\\ \tiny \:  \tt \: The \:  rate  \: of change \:  of  \: momentum  \: of \:  an \:  object  \\  \tiny \tt  depends \:  upon  \: the \:  direction \:  and \:  magnitude \:  of \:  applied  \: force.

  •  \blue{\large{\bf{F \propto \cfrac{dp}{dt}}} }
  •  \blue{\large{ \ \bf{F \propto \cfrac{d(mv - mu)}{dt}}} }
  •  \blue{\large{ \ \bf{F = k.m \cfrac{d(v - u)}{dt}}} }
  •  \blue{\large{\ \bf{F = k.ma}}  \quad \quad \:  \:  \:  \tt{[If, k = 1]}}

 \blue{\large{\leadsto \ \underline{\boxed{\bf{ \pmb{F = ma}}}}}}

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Unit of Force :-

  • SI unit of force is Newton(N).
  • C.G.S (centimetre gram second) unit of force is Dyne.

Effects of force -

  • Force can change the direction of a moving object.
  • Force can change the shape and size of an object.
  • Force can change the speed of a moving object.
  • Force can change a body′s state of motion or rest.

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Types of Force :-

Contact Force

  • Muscular Force
  • Frictional Force
  • Normal Force
  • Tension Force
  • Spring Force

Non−contact Force

  • Gravitational Force
  • Magnetic Force
  • Electrostatic Force
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