Distance travelled by a body is directly proportional to time, then the speed of the body

Question

Distance travelled by a body is directly proportional to time, then the speed of the body (A) decreases (B) increases (C) remains same (D) is actually zero

Tardigrade Admin · Accepted Answer

speed = (Distance/time) . For Distance propto time, the speed has to be constant .

Q. Distance travelled by a body is directly proportional to time, then the speed of the body

decreases

increases

remains same

is actually zero

speed = $\frac{D i s t an ce}{t im e}$ . For Distance $\propto$ time, the speed has to be constant .

Q. Distance travelled by a body is directly proportional to time, then the speed of the body

decreases

increases

remains same

is actually zero

speed = timeDistance​ . For Distance ∝ time, the speed has to be constant .

speed = $\frac{D i s t an ce}{t im e}$ . For Distance $\propto$ time, the speed has to be constant .