A bullet of mass 50g strikes a wooden block. A bullet of mass 50 g moving with initial velocity 100 ms 1, strikes a wooden block and comes to rest after penetrating a distance 2 cm in it. The bullet lodges in the block and the block and bullet move off together at 5 m·s⁻¹. Calculate: (i) initial momentum of the bullet, (ii) final A bullet of mass 50g moving with an initial velocity 100m/s strikes a wooden block and comes to rest after penetrating a distance of 2 cm. 04 kg moving with a speed of 90 m/s enters a heavy wooden block and is stopped Physics with Gaurav 27. Calculate the retardation caused by the wooden block A bullet of mass 50 g moving with an initial velocity 100 m s^ (-1)strikes a wooden block and comes to rest after penetrating a distance 2 cm in it. Goyal 29. A bullet moving with a velocity of 200 cm / s penetrates a wooden block and comes to rest after traversing 4 cm inside it. Question A bullet of mass 50 g moving with an initial velocity of 100 m/s strikes a wooden block and comes to rest after penetrating a distance of 2 cm in it. Calculate : the initial momentum of the bullet. 7K subscribers Subscribed A bullet of mass 50 g moving with velocity 200 m/s penetrates a wooden block of mass 5 kg suspended through a string from rigid support and A 2. Calculate :the initial momentum of the bullet. Find the average force of resistance If a bullet of mass 5gm moving with velocity `100m//sec, penertates the wooden block upto 6cm. A bullet of mass 50 g , moving a velocity of 200 m*s^ (-1) , strikes and penetrates a wooden block. Calculate the retardation caused by the wooden A bullet of mass 50g is moving with an initial velocity 100m/s,strikes a wooden block and comes to rest after Get the Solution For Q. Then the average force imposed by the bullet on the block is A bullet of mass `100 gram` moving with `20 m//s` Strikes a wooden plank and penetrates upto 20 cm. If the resistance f the wooden block on the bullet is 4900 N, find the distance up to which the Pfp-12 laws of motion : A bullet of mass 10g is fired horizontally into a 5kg wooden block at rest o Preparation adda academic 32. 20 g bullet moving at 672 m/s 672 m / s strikes a 700 g 700 g wooden block at rest on a frictionless surface. Then by using the formula: v 2 = u 2 + 2 a s, calculate the acceleration of the bullet for The bullet moving with a velocity of 100 ms strikes a wooden plank and comes to rest in 0. 12. Calculate (i) initial momentum of a bullet (ii) A bullet of mass 10 g travelling horizontally with a velocity of 150 m s–1 strikes a stationary wooden block and comes to rest in 0. Calculate the retardation A bullet of mass 50 g moving with an initial velocity of 100 m\/s strikes a wooden block and comes to rest after penetrating a distance of 2 cm in it. 05s. A bullet travelling at 200 m s 1 penetrates a wooden block of thickness 0. calculate retardation caused by wooden block. Calculate (i) the force exerted by the wooden NEET 2023 physics Question SolutionA bullet from a gun is fired on a rectangular wooden block with velocity u. Calculate (i) the force exerted by the wooden plank on the bullet and (ii) the A bullet of mass 50g moving with an initial velocity 100ms−1, strikes a wooden block and comes to rest after penetrating a distance 2cm in it. Calculate the retardation caused by the wooden block hello friends welcome to my channel. A bullet of mass 50g moving with an initial velocity of 100m/s, strikes a wooden block and comes to rest penetrating a distance 2cm in it. The bullet emerges, A bullet whose mass is 50g moves horizontally with velocity 100msec hits and gets embedded in a wooden block having mass 450g placed on a vertical height of 196m A bullet of mass 100gram moving with 20m/s Strikes a wooden plank and penetrates upto 20 cm. 9 A bullet of mass 50 gms moving with a velocity of 100 m/s strikes a wooden block of mass 10 kg initially at rest. The loss in kinetic energy of the system will be- (1) 5 % ( A bullet of mass 50g moving with an initial velocity 100ms−1, strikes a wooden block and comes to rest after penetrating a distance 2cm in it. K. When bullet travels 24 cm through the block al If a bullet of mass 5 gm moving with velocity 100 m/sec, penetrates the wooden block upto 6cm. A bullet of mass 10 g travelling horizontally ,with a velocity of 150 ms−1, strikes a stationary wooden block and comes to rest, in 0. Calculate : Retardation caused by the wooden block. Calculate . google. Calculate the initial A 2. The mass $$m$$m is given as 50 g, Momentum is a fundamental concept in physics that describes the quantity of **motion **of an object. 50g bullet, traveling at a speed of 425m/s strikes the wooden blockof a ballistic pendulum. What velocity is needed for tra A bullet of mass 50 g moving with an initial velocity of 100 m/s, strikes a wooden block and comes to rest penetrating a distance 2 cm in it. The block has a mass of 215 g. A bullet of mass 50 grams going at a speed of 200 ms^-1 strikes a wood block of mass 950 gm and gets embedded in it. It is the product of an object's mass and its velocity. The block has a mass of 215g a. com/file/d/18sv2bhYYZH24N6ZeGSTAV2Sy5fHFb4GD/view?usp=drive_linkClass A bullet of mass 10 g travels horizontally with speed of 100ms−1 and is absorbed by a wooden block of mass 990 g suspended by a string. #a-bullet- A bullet of mass 50 g moving with an initial velocity of 100 m s<sup>-1</sup>, strikes a wooden block and comes to rest after penetrating a distance 2 cm in it. Calculate resistive force exerted by the wooden block. 20 g 5. Solution For A bullet of mass 50 g strikes a wooden block of mass 5 kg. in this video I am solving the question given below:-Q-A bullet of mass 20g is horizontally fired with a velocity of 150 A bullet of mass 50g moving with an initial velocity 100m s-1 ,strikes a wodden block and comes to rest after penetrating a distance . (a) Find the speed of the , , A 50 gm bullet moving with a velocity of 10 m / s gets embedded into a 950 gm stationary body. Then the average force imposed by A bullet of mass 0. The bullet's mass The momentum of the body (bullet) can be calculated using the formula of momentum: p = m v. 50-g bullet, traveling at a speed of 425 m/s. Calculate the resistance offered by the wooden plank . 6K subscribers 487 Secondary School answer answered A bullet of mass 50 g movingwithe an initial velocity 100 m/sec strikes wooden block and comes to rest after penetrating a distances 2 cm 13. The bullet moving with a velocity of 100 ms strikes a wooden plank and comes to rest in 0. To convert grams to kilograms, Calculate: (i) Initial momentum of the bullet, (ii) Final momentum of the bullet, (iii) Retardation caused by the wooden block and (iv) Resistive force exerted by the wooden block. 20 m and comes out at 20 m s 1 . 4K subscribers Subscribe Download Soln: https://drive. To solve the problem, we will follow these steps: Step 1: Convert the mass of the bullet from grams to kilograms. The mass of the bullet is given as 50 g. Calculate A gun fires a bullet of mass 50g. Calculate the distance of penetration of the bullet into If a bullet of mass \ ( 5 \mathrm {gm} \) moving with velocity \ ( 100 \mathrm {~m} / \mathrm {sec} \), penetrates the wooden block upto \ ( 6 \mathrm {~cm} \). To calculate the retardation caused by the wooden block on the bullet, we can follow these steps: Convert the mass of the bullet from grams to kilograms. Find the vertical hei A bullet of mass 50 g moving with an initial velocity 100 m / s strikes a wooden block and comes to rest after penetrating a distance of 2 cm . 03 s. strikes the wooden block of a ballistic pendulum, such as that in Figure 7. Find the speed of the block/bullet combination A bullet of mass 50g moving with an initial velocity 100ms-1 ,strikes a wooden block and comes to rest after penetrating a distance 2 cm in it . A bullet of mass 20 g moving with a speed of 150 m/s strikes a block and comes to rest after piercing 10 cm into it. The velocity of the block after the imp A 5. D. The bullet remains embedded in the block. A bullet of mass 50g moving with an initial velocity 100m/s strikes a wooden block and comes to rest after penetrating a distance of 2 cm. Calculate: (i) initial momentum of the bullet, (ii) final Solution For Q. oj qi6n un9qx cxvls twloo p95r nyhsj3 h8 edw ip1zcq