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Question 5 20 pts You are playing soccer and trying to score a goal for your team. You kick the ball from the ground with an initial velocity $V_0$ at an angle of $\theta = 54.71^\circ$ with respect to the horizontal. The ball is in the air for time $t = 2.49$ s and unfortunately lands on the ground at the feet of the goalkeeper. Assumptions: 1) The positive y-direction is upward 2) $y = 0$ m is on the ground + 3) The magnitude of the acceleration due to gravity is 9.80 m/s² 4) Ignore air resistance What is the magnitude of the initial velocity $V_0$ of the ball in m/s? Enter your numerical answer without the units and with two decimal places. Hint: Use the Y equation.

          Question 5
20 pts
You are playing soccer and trying to score a goal for your team. You kick the ball from the ground
with an initial velocity $V_0$ at an angle of $\theta = 54.71^\circ$ with respect to the horizontal. The ball is in the
air for time $t = 2.49$ s and unfortunately lands on the ground at the feet of the goalkeeper.
Assumptions:
1) The positive y-direction is upward
2) $y = 0$ m is on the ground
+
3) The magnitude of the acceleration due to gravity is 9.80 m/s²
4) Ignore air resistance
What is the magnitude of the initial velocity $V_0$ of the ball in m/s?
Enter your numerical answer without the units and with two decimal places.
Hint: Use the Y equation.

Question 5
20 pts
You are playing soccer and trying to score a goal for your team. You kick the ball from the ground
with an initial velocity V0 at an angle of θ = 54.71^∘ with respect to the horizontal. The ball is in the
air for time t = 2.49 s and unfortunately lands on the ground at the feet of the goalkeeper.
Assumptions:
1) The positive y-direction is upward
2) y = 0 m is on the ground
+
3) The magnitude of the acceleration due to gravity is 9.80 m/s²
4) Ignore air resistance
What is the magnitude of the initial velocity V0 of the ball in m/s?
Enter your numerical answer without the units and with two decimal places.
Hint: Use the Y equation.

Added by John R.

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