What would be the final height of the block

Reference no: EM13294058

5. A 9.5 gram bullet hits a 5.4 kg block in collision as shown in the figure such that the block is free to rotate as a pendulum.

a) If the collision is inelastic, the bullet gets stuck in the block. If the final height of the block after the collision is 6.3 cm, what was the initial velocity of the bullet?

b) If the initial velocity of the bullet was 633 m/s, and the collision was instead inelastic, what would be the final height of the block?

Reference no: EM13294058

Questions Cloud

Evaluate the radius of the path : Suppose that an ion source in a mass spectrometer produces doubly ionized gold ions (Au2+), each with a mass of 3.27 × 10-25 kg. evaluate the radius of the path

When circut is reflected to primary side of the transformer : An ideal transformer has five times more turns on the primary than the secondary. A0.1-H inductor and a 0.1uf capacitor are connedted in parallel across the secondary of the transformer.

What are the importance of supply chain relationships : What are the importance of supply chain relationships and how can we manage supply chain relationships? 250words

What is the company total assets turnover : Gardial & Son has an ROA of 12%, a 5% profit margin, and a return on equity of 2-%. What is the company's total assets turnover? What is the firm's equity multiplier?

What would be the final height of the block : A 9.5 gram bullet hits a 5.4 kg block in collision as shown in the figure such that the block is free to rotate as a pendulum. what would be the final height of the block

Explain what volume would this oxygen occupy at 24 degrees : A scuba divers tank contains 0.29 kg of O2 compressed into a volume of 2.3L. What volume would this oxygen occupy at 24 degrees C and 0.92 atm

Derive the average power of the waveform and rms value : A triangular periodic signal g(t) has an average value of zerovolts, peak to peak magnitude of 20 volts and a period T = 2seconds. Derive the average power of this waveform. Derive its rms value.

Estimate the magnitude and direction of the electric field : A small object of mass 3.58 g and charge -17.4 µC is suspended motionless above the ground when immersed in a uniform electric field perpendicular to the ground

Determine the electric flux density d everywhere in metal : In free space, a solid metal sphere ofradius 3 cm, centered at the origin, supports a surface chargedensity of 4.421 mC/m2. Surrounding it is a concentric hollow metalsphere of radius 5 cm with a surface charge density of -1.273mC/m2.

User Account

All Pages