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The image shows a mathematical physics exercise about determining the intensity of gravitational acceleration \( g_0 \) using projectile motion. Here's a breakdown of the provided text:

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1. **Equation for vertical motion**:
   \[
   y(t) = -\frac{1}{2} g t^2 + V_0 \sin(\theta) t + y_0
   \]
   where:
   - \( g \): gravitational acceleration,
   - \( V_0 \): initial velocity,
   - \( \theta \): angle of projection,
   - \( y_0 \): initial vertical position.

2. **

Determine the intensity of gravitational acceleration g₀ using projectile motion equations and data provided in the problem.

Explore how to calculate the gravitational acceleration g₀ using projectile motion equations. Includes step-by-step solutions, key kinematics concepts, and acceleration analysis. Perfect for high school physics students.

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