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Basic Numericals based on Collision Part -2 (In Hindi)
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Through this lesson, you can learn how to approach on numericals. In this lesson, I gave you some basic questions which are very important for basics as well as some entrance exams as BHU, HCU, GBTU etc.

Kumar Ketan is teaching live on Unacademy Plus

Kumar Ketan
#Specialisation in Electronics #6 years teaching experience #Physics Faculty in Kota #"magical education" (211k+ subs) #Writer

Unacademy user
great sir...................,,,,,
thanks sir for providing tis lecture
  1. Kumar Ketan Follow Hey, this is kumar Ketan. I'm graduate in physics and doing further studies. I would love to teach you and give you all my knowledge. 283 Views in last 30 days 1,178 Lifetime Views 5 Courses 460 Followers Following Course Overview Course Overview , For which diode is used a) Modulation b) Oscillation c) Amplification d) purification Expected topics of General Expected topics of General Science Awareness for UPSC CSE/SSCfor Railway Group C & D with some Railway with some details details VOTE enroll VOTE enroll By Kumar Ketan By Kumar Ketan By Kumar Ketan (Hindi) General Awareness: Most Important 50 Question for.. (Hindi) Most Important 100 General Science Questions: Railway... (Hindi) Previous Years Questions asked in UPPSC/SSC 6 Lessons 8 Lessons 25 Lessons

  2. Problems Of Collision 2

  3. Example 1 at rest on ice. They move together after the collision at 2.4 m/s. Find the velocity of the skater B before the collision. An 87-kg skater B collides with a 22-kg skater A initially Common speed after Vr= V,-Vc = 2.4 m/s colliding: 2.4 m/s. ul BL B .A BC 87 kg B (87 kg)uB (87 kg + 22 kg)(2.4 m/s) 22 kg (87 kg) -262 kg m/s 11,-3.01 m/s

  4. Exampie 2. at rest. The velocity of block afterward is 40 m/s. The bullet passes through the block and emerges with what velocity? A 0.150 kg bullet is fired at 715 m/s into a 2-kg wooden block (0.150 kg)vA (2 kg)(40 m/s) (0.150 kg)(715 m/s) 0.150v(80 m/s) (107 m/s) 0.150v 27.2 m/s) 27.2 m/s 50 VA 181 m/s

  5. Example 3: the way through, then lodges into the 2 kg block. Afterward, the 1 kg block moves at 1 m/s and the 2 kg block moves at 2 m/s. What was the entrance velocity of the bullet? A 50 g bullet strikes a 1-kg block, passes all 2 kg UA? I kg 1 m/s 2 m/s 1 kg kg

  6. Find entrance velocity of bullet: mA 0.05 kg; u4? Momentum BeforeMomentum After mAHA (0.05 kg)u (1 kg)(1 m/s)+(2.05 kg)(2 m/s) (0.05 kg) u (5.1 kg m/s) u- 102 m/s