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  Thursday 16 October 2025 / 01:43 PM

Find the Angle of Projection for Which Maximum Vertical Height and Horizontal Range are Equal (Power Guide)

Meta Description: Tum likho formula, explanation, answer and complete derivation to find the angle of projection for which maximum vertical height and horizontal range become equal in projectile motion with step-by-step concept.

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The complete explanation of projectile motion condition where maximum height and horizontal range become equal. In this guide, we will understand the required angle of projection, mathematical result and conceptual trick for fast remembering in exams.

What is the Condition?

This topic is extremely important in projectile motion. When a body is projected with initial velocity, both maximum height and range depend on the angle of projection. If both of these become equal, we must prove the required condition.

projectile motion angle equal height range Formula

Maximum Height (H) = (u² sin²θ) / (2g)
Horizontal Range (R) = (u² sin2θ) / g

projectile motion angle equal height range Condition Used

When H = R, the values become equal and after solving, we get the important angle.

NOTE: Many exam papers directly ask – “Find the angle for which height equals range.” Always write the formula first then apply the equality.

Final Answer

Answer: The required angle of projection is θ = 45°

Tum likho find the angle of projection for which maximum vertical height and horizontal range are equal

projectile motion angle equal height range Explanation

When the projectile is launched with angle forty five degrees the vertical and horizontal components balance the effect of gravity and motion, creating equal value of maximum height and horizontal distance. This result is directly useful in physics exams like SEE, Class 11, HA, and entrance preparation.

External Reference (DoFollow)

Google Search – Projectile Motion

Internal Links

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Conclusion

Finally that the correct angle is 45°. This result is extremely useful in examinations and helps to understand standard projectile relations. Practice more numerical questions based on this concept for better score.

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