Also increases.
Sound
increases
Frequency
Amplitude
-- Frequency and wavelength are inversely proportional. Their product is constant, and is the speed of the wave. They're entirely unrelated to amplitude or energy. -- A wave with greater amplitude carries more energy than one with smaller amplitude does. -- IF your wave happens to be an electromagnetic one, THEN the energy carried by each quantum is proportional to the frequency.
The amplitude of the wave increases.
To, find the energy that the first wave carries. This is given by: 2(A^2), where A is the amplitude of the function. Your first wave is: 2(0.5)^2 = 2(.25) = 0.5, so its energy is 1/2. Compare that to the energy of A=1 m: 2(1)^2 = 2(1) = 2 The energy increased by a factor of 2^2 (that is, 4), so we take the difference: dE = E[final] - E[initial] dE = 2 - 0.5 = 1.5 Energy of the 2nd wave (probably sinusoidal as a guess) is greater by 1.5 J.
A sound wave that has a large amplitude carries a lot of energy because the higher the waves amplitude the louder (more powerful or energetic) the wave will be. apex answer: high amplitude
Height OR amplitude.
Frequency
the answer is : energy
Amplitude
-- Frequency and wavelength are inversely proportional. Their product is constant, and is the speed of the wave. They're entirely unrelated to amplitude or energy. -- A wave with greater amplitude carries more energy than one with smaller amplitude does. -- IF your wave happens to be an electromagnetic one, THEN the energy carried by each quantum is proportional to the frequency.
It becomes louder. The amplitude of the sound wave increases
The amplitude of the wave increases.
The amplitude of a compressional wave, like a sound wave, is determined by the concentration of molecules in each compression. The higher the amplitude, or energy that a wave carries, the more compact the molecules are in a compression. The lower the amplitude, the more spread out those particles are. the amplitude of a compressional wave,like a sound wave,is determined by the contretration of waves in a compression
Amplitude is the measure of a wave's energy; therefore, to increase amplitude, the energy being applied to the waves must be increased.
To, find the energy that the first wave carries. This is given by: 2(A^2), where A is the amplitude of the function. Your first wave is: 2(0.5)^2 = 2(.25) = 0.5, so its energy is 1/2. Compare that to the energy of A=1 m: 2(1)^2 = 2(1) = 2 The energy increased by a factor of 2^2 (that is, 4), so we take the difference: dE = E[final] - E[initial] dE = 2 - 0.5 = 1.5 Energy of the 2nd wave (probably sinusoidal as a guess) is greater by 1.5 J.
Amplitude is the direct measure of energy from a mechanical wave.=Waves are produced by something (a medium) vibrating. The farther the medium moves as it vibrates, the larger the amplitude of the resulting wave. For example, you can increase the amplitude of a wave on a rope by moving your hand up and down a greater distance. To do this you have to use more energy. The energy is transfered to the rope. The greater amplitude is a direct measure of the increased energy.=