I suppose you're talking about small wavelenght or large wavelength. In this case, the answer is that a wave with lower wavelenght has more energy than a wave with higher wavelenght.
You have to consider that the energy associated to an electromagnetic wave is, according to de Broglie:
E = hf
where h is the Planck constant (which is, more or less, h = 6.626·10-34 Js) and f is the frequency of the wave. The relationship between frequency and wavelenght is given by
f = c/lambda
where c is the speed of light and lambda the wavelenght. So finally you have
E = hc/lambda
According to this equation, the higher the wavelenght, the lower the energy.
yes
small scale
If a person exercises for 2-3 hours a day, he would require more energy compared to a guy who doesn't exercise. This is because. the more exercise/physical activity you do, the increased amount of energy you use. Therefore, your body would need to replenish that used energy. This is done by increasing his/hers daily energy needs. A person who doesn't exercise would have a lower energy need as they don't use that much energy compared to an athlete.
It could have, but the map of the small region would be very small. The map of the large area would more likely have a larger scale so that more area is covered on the same map area, but in doing so, it will be less detailed than the map of the smaller area with the smaller scale. A larger scale has many more cm in the real world equals 1 cm on the map than a smaller scale one. eg a map for walking could use 1:25,000 (1 cm = 25,000 cm → 1 cm = 0.25 km) whereas the "map" of a room would more likely use a smaller scale of 1:50 (1 cm = 50 cm → 1 cm = 0.5 m)
Two possible reasons: Oil paint on a smooth surface makes for easier painting small details than fresco paint on a wall. A fresco is usually a large-format mural, intended to be seen from a distance.
a large wave because it is built and its structure is stronger.
easy, small. because they have more energy!!
I really don't know
No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.No. There would be a lot more than that. There are many small and some large islands around Ireland's coast.
I really don't know
the large one of course. because the more the mass is, the more the energy is.
An atomic bomb has more destructive potential, but a large, long-lived tornado would probably release more energy than a small nuclear weapon.
You don't say what speed the small object has. If both have the same speed then the heavier one will have more kinetic energy.
Yes, if they are the same temperature. The larger bowl would have more mass thus more energy available.
the large dog since it has mroe mass
It is the same as why an object at higher place had more energy than one on the floor. Energy is the difference of potential, for kinetic energy example it is the height, greater height is greater energy. For the wave, energy could be stored in amplitude and frequency. Low amplitude or no amplitude is no energy and any amplitude higher than the zero amplitude would have more energy.
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