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Impulse And Impulsive Force
Impulse And Impulsive Force
2.7
Impulse And Impulsive Force
Impulse = change in momentum
\((\text{kgms}^{-1})\)
\(Ft=mv-mu\)
Impulsive force = rate of change of momentum
(
\(\text{N}\)
)
\(F=\dfrac{mv-mu}{t}\)
Newton's Third Law of Motion
For every action there is a reaction of equal magnitude but opposite direction
Time vs impulsive force
\(F=\dfrac{mv-mu}{t}\)
\(F\propto\dfrac{1}{t}\)
When t
\(\uparrow\)
, F
\(\downarrow\)
Impulse And Impulsive Force
2.7
Impulse And Impulsive Force
Impulse = change in momentum
\((\text{kgms}^{-1})\)
\(Ft=mv-mu\)
Impulsive force = rate of change of momentum
(
\(\text{N}\)
)
\(F=\dfrac{mv-mu}{t}\)
Newton's Third Law of Motion
For every action there is a reaction of equal magnitude but opposite direction
Time vs impulsive force
\(F=\dfrac{mv-mu}{t}\)
\(F\propto\dfrac{1}{t}\)
When t
\(\uparrow\)
, F
\(\downarrow\)
Chapter : Force and Motion I
Topic : Impulse and Impulsive Force
Form 4
Physics
View all notes for Physics Form 4
Related notes
Linear Motion
Motion Graph
Free Falling
Inertia
Momentum
Effect of a Force
Weight
Physical Quantities
Scientific Investigation
Newton's Universal Law of Gravitation
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