What is the ratio of their amplitudes

Assignment Help Physics

Reference no: EM13687049

Problem: If one vibration has 4.8 times the energy of a second, but their frequencies and masses are the same, what is the ratio of their amplitudes?

Show me the each step in detail for help.

Reference no: EM13687049

Questions Cloud

Determine the intensity of this wave : The rms value of the magnitude of the magnetic field in an electromagnetic wave is Brms = 0.137 T. Determine the intensity of this wave

What is the partial pressure of oxygen at sea level : A deep sea diver should breath a gas mixture that has the same oxygen partial pressure as at sea level, What is the partial pressure of oxygen at sea level

Type of nonprobability sample : There's no way that four out of every five doctors prefers Fred's Aspirin. Who picks the doctors and how? Is it just one sample of five doctors or many - Aspirin did not disclose sample size and margin of error in an effort to promote their own pr..

Find what are these temperatures on the celsius scale : To conserve energy, a certain room's temperature is kept at 60.0°F in the winter and 80.0°F in the summer. What are these temperatures on the Celsius scale

What is the ratio of their amplitudes : If one vibration has 4.8 times the energy of a second, but their frequencies and masses are the same, what is the ratio of their amplitudes

Find this distance in meters : A current of 7.93 A in a long straight wire produces a magnetic field of 7.75 µT at a certain distance from the wire. Find this distance in meters

What is the average angular acceleration of the wheel : A wheel starts from rest and reaches an angular speed of 6.0 rad/s while turning through 2.0 revolutions. What is the average angular acceleration of the wheel

Calculate the flux through an given area : The pole pieces of one magnet are 45 cm x 45 cm in cross section. Calculate the flux through an area (45 cm x 45 cm) normal to the field direction

Obtain where is the image formed by the objective lens : An insect 1.1mm tall is placed 0.9 mm beyond the focal point of the objective lens of a compound microscope. Where is the image formed by the objective lens

User Account

All Pages