The distance formula states that distance (d) is equal to the product of rate (r) and time (t).

Which equation could be used to solve the problem?

John ran at a constant rate of 200 mph. How many minutes did it take john to run 500 m?

A. t=500/200

B. t=500d/200

C. t=200/500

D. t=200r/500

Question

Enzo Mcknight

Mathematics

10 January, 20:26

The distance formula states that distance (d) is equal to the product of rate (r) and time (t).

Which equation could be used to solve the problem?

John ran at a constant rate of 200 mph. How many minutes did it take john to run 500 m?

A. t=500/200

B. t=500d/200

C. t=200/500

D. t=200r/500

+4

Answers (2)

Know the Answer?

Bumpkin · Answer 1

A. t=500/200

Step-by-step explanation:

If Distance = d

Product Rate = r

Time = t

and the equation states that;

d = r x t

then by dividing the equation by r we get;

t = d / r

By putting in the values of d = 500 and r = 200 in the above equation we get;

t = 500 / 200

Cummings · Answer 2

Answer: B

Step-by-step explanation:

d = t * r

t = d/r

t = 500d/200

The distance formula states that distance (d) is equal to the product of rate (r) and time (t).Which equation could be used to solve the problem?John ran at a constant rate of 200 mph. How many minutes did it take john to run 500 m?A. t=500/200B. t=500d/200C. t=200/500D. t=200r/500

The distance formula states that distance (d) is equal to the product of rate (r) and time (t).

Which equation could be used to solve the problem?

John ran at a constant rate of 200 mph. How many minutes did it take john to run 500 m?

A. t=500/200

B. t=500d/200

C. t=200/500

D. t=200r/500