Find the speed of the electrons in the earth reference frame

Assignment Help Physics

Reference no: EM13494450

Suppose we are on a space ship generating a beam of electrons. In our reference frame, the electrons are traveling in the +x direction with a speed of 0.87c. Our space ship passes by the Earth. In the Earth's reference frame, the space ship is traveling in the +x direction with a speed of 0.62 c. Find the speed of the electrons in the Earth's reference frame. Give the speed in terms of c.

Reference no: EM13494450

Questions Cloud

Explain which of these has the highest vapor pressure : which of these has the highest vapor pressure in a sealed container at a temperature cool enough to produce a liquid? a). CH2CH2OH b). NCl3 c). H2 D). N2 e). CH2OH

What significant events in your life have shaped : What significant events in your life have shaped who you are and What have you learned about yourself from those events?

Explain what is the rate of radioactive decay : What is the activity of a 1.00 mg sample of P-32? c) Approximately what mass of 32P will remain in the original 1.00 mg sample after 57 days. d) What is the rate of radioactive decay after 57 days

Which of following is not a change in accounting principle : Which of the following is the proper time period in which to record a change in accounting estimate?

Find the speed of the electrons in the earth reference frame : Suppose we are on a space ship generating a beam of electrons. In our reference frame, the electrons are traveling in the +x direction with a speed of 0.87c. Find the speed of the electrons in the Earth's reference frame

Determine the lessees capitalizable cost : Allied Package Express Service properly capitalized at $93,598 a large truck it had leased on January 1, 2011. The truck has a 14-year useful life. Title to the truck passes to Allied at the end of the 12-year lease term.

What is the empirical formula of compound : What is the empirical formula of this compound and does this compound behave as an ideal gas

Explain ion-ion interactions in macromolecules : ion-ion interactions in macromolecules are known to occur either inside or outside of the macromolecule. which of the two interactions is stronger and why

Explain the aqueous solubility of carbon monoxide : The aqueous solubility of carbon monoxide at 0.0C and 1.0 atm CO pressure is 0.0354 mg CO per mL of solution. What would be the molarity of CO in water at 0.0C and the observed partial pressure of CO in air(0.00036 atm)

User Account

All Pages