A force acting on a body produces a constant acceleration. The equatio

1.	A force acting on a body produces a constant acceleration. The equation written is as follows: F=Km×(V−U)t F- Force; K-constant; m- mass; V- final velocity U- initial velocity; t- time taken a- acceleration; P- momentum The equation can also be written as___ .
Answer» A force acting on a body produces a constant acceleration. The equation written is as follows: $F = K m \times \frac{(V - U)}{t}$ F- Force; K-constant; m- mass; V- final velocity U- initial velocity; t- time taken a- acceleration; P- momentum The equation can also be written as___ .

A force acting on a body produces a constant acceleration. The equation written is as follows: F=Km×(V−U)t F- Force; K-constant; m- mass; V- final velocity U- initial velocity; t- time taken a- acceleration; P- momentum The equation can also be written as___ .

Answer»

A force acting on a body produces a constant acceleration. The equation written is as follows:

$F = K m \times \frac{(V - U)}{t}$

F- Force; K-constant;

m- mass; V- final velocity

U- initial velocity; t- time taken

a- acceleration; P- momentum

The equation can also be written as___ .

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A force acting on a body produces a constant acceleration. The equation written is as follows: F=Km×(V−U)t F- Force; K-constant; m- mass; V- final velocity U- initial velocity; t- time taken a- acceleration; P- momentum The equation can also be written as___ .

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