The video tutorial explains how to draw and analyze a free body diagram when a box is pushed at a 30° angle. It covers the identification of forces such as gravity, normal force, applied force, and friction. The tutorial also discusses how to break down forces into components and derive the equation for acceleration, ultimately calculating the acceleration of the box.

What is the angle at which the box is being pushed?

• 45°

• 60°

• 30°

• 20°

Which force acts vertically downward on the box?

• Frictional force

• Normal force

• Applied force

• Gravitational force

What is the magnitude of the frictional force acting on the box?

• 5 Newtons

• 3 Newtons

• 15 Newtons

• 10 Newtons

In which direction is the box accelerating?

• Upward

• To the right

• To the left

• Downward

What is the purpose of breaking the applied force into components?

• To determine the direction of friction

• To analyze the forces in horizontal and vertical directions

• To simplify the calculation of normal force

• To calculate the gravitational force

Why should the forces in the vertical direction add up to zero?

• Because the box is stationary

• Because the box is accelerating downward

• Because the box is not accelerating vertically

• Because the box is moving upward

What happens to the normal force when an additional downward force is applied?

• It becomes zero

• It remains the same

• It decreases

• It increases

Which equation is used to find the acceleration of the box?

• F_net = m * a

• F = ma

• F_ax - F_friction = m * a

• F_g = m * g

What is the calculated acceleration of the box?

• 1 m/s²

• 3 m/s²

• 2 m/s²

• 4 m/s²

What trigonometric function is used to find the horizontal component of the applied force?

• Tangent

• Cosine

• Cotangent

• Sine