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Which of the following types of transportation is NOT mass transportation? A. bus B. car C. streetcar D. train User: Why is the gravitational potential energy of an object 1 meter above the moon’s surface less than its potential energy 1 meter above Earth’s surface? A. The object’s mass is less on the moon. B. The object’s weight is more on the moon. C. The object’s acceleration due to gravity is less on the moon. D. both a and c
Weegy: C. The object?s acceleration due to gravity is less on the moon. the acceleration due to gravity. [ GPE=m*g*h, and g is less on the moon than on Earth. In most contexts, I prefer to call it the strength of the gravitational field, measured in Newtons/kilogram, instead of the acceleration due to gravity. It is not necessarily an acceleration unless gravity is the only force involved in the motion of interest. Mass is NOT the answer, because mass is only depends on the amount of material. Weight would be the answer (GPE=m*g*h, m*g is weight), but the object doesn't weigh more on the moon, it weighs less on the moon. ] (More)
Question
Updated 31 days ago|8/24/2016 2:53:06 PM
1 Answer/Comment
CAR is NOT mass transportation.
Added 31 days ago|8/24/2016 2:52:59 PM
This answer has been confirmed as correct, not copied, and helpful.
Confirmed by vchutkan [8/24/2016 5:45:10 PM]
The energy of motion is called A. kinetic energy. B. potential energy. C. thermal energy. D. work.
Weegy: Energy of motion is called A. Kinetic energy (More)
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Expert Answered
Asked 10/15/2012 12:38:50 PM
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Electromagnetic waves vary in A. the speed they travel in a vacuum. B. wavelength and frequency. C. the way they reflect. D. the orientation of their electric and magnetic fields.
Weegy: Electromagnetic waves vary in B. wavelength and frequency. User: To calculate the frequency of an electromagnetic wave, you need to know the speed of the wave and its A. wavelength. B. intensity. C. refraction. D. amplitude. User: An electromagnetic wave in a vacuum has a wavelength of 0.07 m. What is its frequency? A. 3.0 x 108 m/s B. 4.3 x 109 Hz C. 3.0 x 109 Hz D. 4.3 x 108 m/s Weegy: B. 4.3 x 109 Hz is the frequency of An electromagnetic wave in a vacuum and has a wavelength of 0.07 m. User: Because light travels in a straight line and casts a shadow, Isaac Newton hypothesized that light is A. radiation. B. a stream of particles. C. a wave. D. heat. Weegy: A. radiation. User: Which of the following occurs as light travels farther from its source? A. Far from the source, photons come together in a small area. B. The intensity of light increases as photons move away from the source. C. The source gives off less light as photons move away from it. D. Far from the source, photons spread over a larger area. Weegy: The correct answer is D. Far from the source, photons spread over a larger area. User: Infrared rays have a shorter wavelength than A. ultraviolet rays. B. X-rays. C. radar waves. D. gamma rays. Weegy: C. radar waves is the answer. Hope this helps. User: Cellular telephones utilize A. radar waves. B. very high frequency waves. C. very low frequency waves. D. microwaves. Weegy: Cellular telephones utilize D. microwaves. User: A translucent material A. scatters some light. B. transmits all light. C. absorbs all light. D. reflects all light. Weegy: a. scatters some light User: In order of increasing light-transmitting capabilities of materials, which is the correct sequence? A. transparent®opaque®translucent B. opaque®transparent®translucent C. opaque®translucent®transparent D. translucent®transparent®opaque Weegy: C. opaque???translucent???transparent User: ... (More)
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Asked 10/15/2012 2:00:51 PM
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