Relative velocity and projectile motion problem solving

[SAM31]

Homework Statement

Question 2:A golf ball is hit from 4.3 m above a golfing fairway with an initial velocity of 30.0 m/s at an angle of 35° above the horizontal.
A. Determine the time of flight for the ball.
B. Determine the range for the golf ball.
C. Determine the velocity for the golf ball the instant before the ball impacts the ground.

Relevant Equations

Pythagorean theorem equations

 

[kuruman]

It seems that you have a complete solution. Is there a question you wish to ask or are you posting a solution for the benefit of others?

 

[SAM31]

It seems that you have a complete solution. Is there a question you wish to ask?

I was wondering if someone could look over the steps to ensure I'm on the right track and provide me with any feedback!

 

[kuruman]

Is this your solution or someone else's? If yours, it looks professional. I have not put in the numbers, but it looks right.

 

[SAM31]

Is this your solution or someone else's?

This is my own attempt at a solution for the question asked above

 

[kuruman]

See edited post #4. If you wish to check your work, plug in the time of flight in the kinematic equations and see if the ball lands where you thought it would be.

 

[pbuk]

Arithmetic errors creep in here:

but they do not affect the final results to 2sf, and otherwise it looks good.

 

[PeroK]

This is my own attempt at a solution for the question asked above

All those long decimal numbers don't look good to me. This is why algebra was invented.