Urgent physics question answer ASAP!!!?

Refer to the diagram below.

Centripetal acceleration = vₒ² / r
vₒ² / 1.14 = 36.7
vₒ = √(36.7 × 1.14) m/s = 6.47 m/s

Consider the vertical motion (uniform acceleration motion):
Take g = 9.81 m/s² and take all downward quantities as positive.
Initial speed, vₒ(y) = -6.47 × cos30° m/s
Acceleration, a(y) = 9.81 m/s²
Displacement, s(y) = (1.75 + 1.14 × sin30°) m

s(y) = vₒ(y) t + (1/2) a(y) t²
1.75 + 1.14 × sin30° = (-6.47 × cos30°) × t + (1/2) × 9.81 × t²
2.32 = -5.6t + 4.905t²
4.905t² - 5.6t - 2.32 = 0
t = 1.465 s or t = -0.323 s

Consider the horizontal motion (uniform velocity motion):
velocity, vₒ(x) = 6.47 × sin30° m/s

Horizontal distance measured from the point directly below the center of the circle when the stone lands
= vₒ(x) t - 1.14 cos30°
= [(6.47 × sin30°) × 1.465 - 1.14 cos30°] m
= 3.75 m

depends

Physics problems can be very difficult, especially when you aren't given the problem.

Thats the problem I am given. Please if you can show me a solution to the problem or simply tell me what I need to do to reach the solution because I feel hopelessly confused at this point