subject
Physics, 03.07.2019 01:20 campbellcameca

You are conducting an experiment inside an elevator that can move in a vertical shaft. a load is hung vertically from the ceiling on a string. the tension in the string is measured to be exactly equal to the force due to gravity on the load. no other forces are acting on the load. which of the following statements about the elevator are correct? check all that apply. check all that apply. the elevator is an inertial frame of reference. the elevator is not an inertial frame of reference. the elevator may be at rest. the elevator may be moving at a constant velocity upward. the elevator may be moving at a constant velocity downward. the elevator may be accelerating. the elevator must be accelerating.

ansver
Answers: 3

Other questions on the subject: Physics

image
Physics, 21.06.2019 22:20, kl8774
Aboxcar traveling at 12 m/s approaches a string of 5 identical boxcars sitting stationary on the track. the moving boxcar collides and links with the stationary cars and they all move off together along the track. what is the final speed of the cars immediately after the collision? (you may take the mass of each boxcar to be 18,537 kg.)
Answers: 1
image
Physics, 22.06.2019 11:00, victoria6929
The charge on an electron is 1.60218 × 10−19 c and its mass is 9.10939 × 10−31 kg. how strong a magnetic field must be experienced by the electron if its path is a circle of radius 5.5 cm? answer in units of t.
Answers: 3
image
Physics, 22.06.2019 15:00, rosehayden21
A10 kg box initially at rest is pulled 18 meters across a horizontal, frictionless surface by a 40 n force. what is the block’s final velocity over the 18 meters?
Answers: 2
image
Physics, 22.06.2019 16:30, JJlover1892
What is the kinetic energy of a baseball moving at a speed of 40 m/s if the baseball has mass of 0.15 kg?
Answers: 2
You know the right answer?
You are conducting an experiment inside an elevator that can move in a vertical shaft. a load is hun...

Questions in other subjects:

Konu
Mathematics, 19.07.2019 06:30