Question bank: Kinematics: Oblique Motion Equation

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Question 1:

Medium

Kinematics: Oblique Motion Equation

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Question 2:

Easy

A projectile is launched from a height H with an initial velocity v0, making an angle θ with the horizontal. Disregarding air resistance and considering g as the acceleration due to gravity, describe the motion of the projectile in terms of its horizontal and vertical components. Calculate the time it takes for the projectile to reach the ground and the horizontal distance traveled by the projectile until it reaches the ground, both as a function of H, v0, θ, and g. Use the equations of kinematics of oblique motion to solve the question, clearly identifying each step of the calculation.

Kinematics: Oblique Motion Equation

Theorical Question

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Question 3:

Medium

When launching a projectile in horizontal motion, we can observe that the time taken to cover a certain distance is directly related to the initial velocity of the projectile. Considering that the time taken to cover 100 horizontal meters was 10 seconds, what was the initial velocity of this projectile?

Kinematics: Oblique Motion Equation

Contextualized Question

Question 4:

Very Easy

A student throws a ball from a height of 1.5 meters above the ground, at an angle of 60 degrees to the horizontal, and with an initial velocity of 10 m/s. Disregarding air resistance. Considering the acceleration due to gravity as 10 m/s², determine the maximum horizontal range the ball reaches.

Kinematics: Oblique Motion Equation

Contextualized Question

Calculus Question

Question 5:

Easy

A drone is being used to monitor the area of a terrain that needs to be analyzed for the adequacy and implementation of a wind farm. Considering that the drone was launched from the ground with an initial speed of 80 m/s, at an angle of 30° with the horizontal, answer: What is the maximum height reached by the drone during its flight?

Kinematics: Oblique Motion Equation

IARA TIP

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