An object is dropped from a bridge. Find the distance the object has fallen when the speed reaches 60ft/s. Use the equation v=square root 64d, where v is the speed in feet per second and d is the distance in feet

so, did you plug your number into the formula?

To find the distance the object has fallen when the speed reaches 60 ft/s, we can use the given equation v = √64d, where v represents the speed in feet per second and d represents the distance in feet.

To begin, we'll substitute v = 60 ft/s into the equation:

60 = √64d

Now, let's square both sides of the equation to eliminate the square root:

(60)^2 = (√64d)^2

Simplifying further, we have:

3600 = 64d

Next, divide both sides of the equation by 64 in order to isolate d:

3600 / 64 = 64d / 64

Simplifying further:

56.25 = d

Therefore, when the object's speed reaches 60 ft/s, it would have fallen a distance of 56.25 feet.