What is the term for loops or sheets of glowing gas ejected from active regions on the solar surface?
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Answer:
Solar prominences
Explanation:
Related Questions
One of the challenges of tidal wave energy is: the start-up costs are expensive. the materials needed to couple the tidal energy to electricity are rare. the tides are very unpredictable. as global warming increases, the tides will diminish.
All of the following are reasons that psychologists use a systematic method to conduct research except __________.
Develop a mnemonic for branches of physics.
As an object sinks in a fluid, the buoyant force ____.a. increases c. remains the same b. decrease d. depends on the shape
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The maximum kinetic energy of the skateboarders at the bottom of the ramp is 3234 J.
What is kinetic energy?
Kinetic energy is the energy of a body due to motion.
To calculate the maximum kinetic energy of the skateboarders at the bottom of the ramp, we use the formula below.
Formula:
- K.E = Mgh............ Equation 1
Where:
- M = mass of the skateboarder and the skateboard
- K.E = maximum kinetic energy of the skateboarders at the bottom of the ramp
- h = Height of the ramp
- g = acceleration due to gravity.
From the question,
Given:
- M = (2+64)M = 66 kgh = 5 mg = 9.8 m/s²
Substitute these values into equation 2
- K.E = 66×5×9.8K.E = 3234 J
Hence, the maximum kinetic energy of the skateboarders at the bottom of the ramp is 3234 J.
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KE = mgh
where m = mass, g = acceleration due to gravity (9.8 m/s^2, constant), h = height.
The total mass of a skateboader and a skateboard is 64 + 2.0 = 66 kg.
Finally,
KE = 66*9.8*5.0 = 32340 J
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they appear in, might have come from Physics problems, but these are
nothing more than arithmetic exercises, and they can be whipped out
in a hurry with a little bit of fancy calculator work. You don't have to
know any Physics in order to answer any of these.
The first one is 2.7 x 10⁻²⁴ Newton.
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Answer:
To prevent from getting injured.
it can prevent us from various accident a
B. increasing the string's thickness.
C. loosening the string.
D. lengthening the string.
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In a stringed musical instrument, the sound frequency of a particular string can be increased by tightening the string (option A).
What happens to the frequency of a vibrating string
The frequency of a vibrating string determines the pitch of the sound it produces. Higher frequencies result in higher-pitched sounds, while lower frequencies produce lower-pitched sounds.
By tightening the string, the tension in the string increases. This increased tension leads to an increase in the frequency of vibration of the string when plucked, bowed, or struck. As a result, the pitch of the sound produced by the string becomes higher. Option A is therefore correct.
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