To find the initial velocity of this, what do I need to do?
Ignoring Air resistance and Air Friction:
I have found t, the total time it takes to reach the water, and the height maximum point, when the Vi = 0.
I am lost how to find the initial velocity.
I have tried
deltaX
/ = v
t
,
trying: 16.05 / 2 (the current t) = 8.025m/s
I have tried finding t for the triangle part I made only, being sqroot of (8.03/5).
This makes the Vi = 12.6649m/s, which I think is too big of a number :|
Finally, taking the total Xx distance, 13.9[total Xx]/2[original t]: I get Vi=6.95
Ignoring Air resistance and Air Friction:
I have found t, the total time it takes to reach the water, and the height maximum point, when the Vi = 0.
I am lost how to find the initial velocity.
I have tried
deltaX
/ = v
t
,
trying: 16.05 / 2 (the current t) = 8.025m/s
I have tried finding t for the triangle part I made only, being sqroot of (8.03/5).
This makes the Vi = 12.6649m/s, which I think is too big of a number :|
Finally, taking the total Xx distance, 13.9[total Xx]/2[original t]: I get Vi=6.95