So we are given a velocity 12 m/s and a distance of 65 m. We have to use two formulas to solve this problem: 1.) y=(1/2)(a)(t^2) and 2.) v=x/t. We use the first formula to solve this problem first. We plug in the givens of 65 m for y and the gravitational constant for a (9.81 m/s). We should get 65=(1/2)(9.81m/s)(t^2). We then want to solve for (t^2) in order to plug it into the second equation. When solved, t is around 3.642156795 s. We then plug the time and the velocity into the second formula giving us 12 m/s=x/( 3.642156795s). We solve for x and it should be equal to 43.7052 m or 44 m.
-YoLo
P.S. APEX is gonna find you!
You kicked the rock with an initial velocity of 3.4 m/s.
Before the Confederatration Bridge was built it was a ferry, so the bridge had no prior name. The locals call the bridge the "fixed link"
IF and only IF I'm right. A bridge surface will freee before a rooad surface most likely because of the metal used to make the bridge which will freeze the bridge structure and start forming on the road.
Before the Golden Gate bridge was built they had to use a Ferry to get across the river(the glolden gate strait)
Tazuna was a bridge builder from the land of waves that Naruto met in the beginning of the initial series
Starts just after Putney Bridge and ends before Chiswick Bridge
Starts just after Putney Bridge and ends before Chiswick Bridge
Second Narrows Bridge.
No, it wasn't rebuilt. It was refurbished.
I think you mean Stirling Bridge and also the medieval bridge not the modern one. Certainly before 1297 (the battle of Stirling Bridge)
Tower Bridge
the weather that could damage the bridge