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Kinematics Numerical Class 11 || Projectile Motion Numerical || Kinematics Class 11 NEB

✅When an object is dropped from the top of the tower of height 156.8 m, and at the same time another object is thrown vertically upward with a velocity of 78.1 m/s from the foot of the tower, when and where does the object meet?

✅ The figure shows a pirate ship moored 560 m from a fort defending the harbor entrance of an island. The harbor defense cannon, located at sea level, has a muzzle velocity of 82 m/s.
a. To what angle must the cannon be elevated to hit the pirate ship?
b. What are the times of flights for the two elevation angles calculated above?
c. How far should the pirate ship be from the fort if it is to be beyond the range of cannon?
Kinematics Numerical Class 11 || Projectile Motion Numerical || Kinematics Class 11 NEB

📌 About this video:
In this video, we solve an important numerical problem based on Projectile Motion, a key topic from Kinematics in Class 11 NEB Physics. This step-by-step solution helps you understand the application of formulas and concepts in real problems, perfect for exam preparation.

🔍 Topics Covered:
✅ Concept of Projectile Motion
✅ Horizontal and vertical components of motion
✅ Time of flight, maximum height, and range
✅ Real-life example based on a student-related scenario
✅ Complete solution with explanation and tips

🎯 Best For:
✔️ Class 11 NEB students
✔️ SEE graduates
✔️ Students preparing for unit tests, board exams, and entrance exams

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