Answer:
b Day-to-day condition of the atmosphere
Explanation:
Weather is short term, Climate is long term
The average rate at which energy is transmitted along the string is 15.1 J/s.
<h3>
What is average power of a wave?</h3>
The average power of a sinusoidal wave is proportional to the square of the amplitude of the wave and the square of the angular frequency of the wave
P = ¹/₂μω²A²v
where;
- ω is angular frequency = 10π rad/s
- A is amplitude of the wave, = 0.35
- μ is linear mass density = 75 g/m = 0.075 kg/m
- k is angular wave number, k = 3π /m
- v is speed of the wave = ?
v = ω/k
v = (10π) / (3π)
v = 3.33 m/s
P = ¹/₂μω²A²v
P = ¹/₂(0.075)(10π)²(0.35)²(3.33)
P = 15.1 J/s
Thus, the average rate at which energy is transmitted along the string is 15.1 J/s.
Learn more about average power of a wave here: brainly.com/question/24228412
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I think the answer is #2 I’m not sure though
If you've ever seen the formula from Celsius to Fahrenheit...
As you can see, if you put in some number of Celsuis C your answer is going to be multiplied by 5/9...meaning that 1°C = 5/9°F.
As for Kelvin, it's literally just Celsuis, but about 273.15° more.
B. 5/9°F