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Why the impact of the heavy stone would produce waves with the higher amplitude than the impact of the light stone?
due to higher intensityof heavy stone than a lighter stone
Why the impact of the heavy stone would produce waves with higher amplitude than the impact of the light stone would?
The heavier stone carries more energy when it hits the water, causing a stronger disturbance and larger waves. The greater mass of the heavy stone results in a greater force exerted on the water upon impact, leading to higher amplitude waves.
Why would the impact of the heavy stone would produce waves with higher amplitude than the impact of the light stone would?
The heavy stone carries more energy when it impacts the water, causing larger waves with higher amplitude to be produced. This is because the heavier stone transfers more kinetic energy to the water upon impact, displacing more water molecules and creating larger waves compared to the lighter stone.
Why would a heavy stone being dropped into a pond produce waves with a higher amplitude then the impact of a light stone would?
A heavier stone creates larger disturbances in the water upon impact due to its greater mass and momentum. This results in larger waves with higher amplitudes compared to those produced by a lighter stone, which has less force upon impact, generating smaller waves.
Dropping a stone into water will produce what kind of wave?
Dropping a stone into water will produce circular waves that spread outwards from the point of impact. These waves are called ripples and are a type of surface wave.
Why the impact of the heavy stone would produce waves with the higher amplitude than the impact of the light stone?
due to higher intensityof heavy stone than a lighter stone
Why the impact of the heavy stone would produce waves with higher amplitude than the impact of the light stone would?
The heavier stone carries more energy when it hits the water, causing a stronger disturbance and larger waves. The greater mass of the heavy stone results in a greater force exerted on the water upon impact, leading to higher amplitude waves.
Why would the impact of the heavy stone would produce waves with higher amplitude than the impact of the light stone would?
The heavy stone carries more energy when it impacts the water, causing larger waves with higher amplitude to be produced. This is because the heavier stone transfers more kinetic energy to the water upon impact, displacing more water molecules and creating larger waves compared to the lighter stone.
Why would a heavy stone being dropped into a pond produce waves with a higher amplitude then the impact of a light stone would?
A heavier stone creates larger disturbances in the water upon impact due to its greater mass and momentum. This results in larger waves with higher amplitudes compared to those produced by a lighter stone, which has less force upon impact, generating smaller waves.
Dropping a stone into water will produce what kind of wave?
Dropping a stone into water will produce circular waves that spread outwards from the point of impact. These waves are called ripples and are a type of surface wave.
What does the company Eldorado Stone produce?
The company Eldorado Stone produce a variety of stone and brick products. These include various stone and brick materials for building, fireplace surrounds, hearthstones and other architectural supplies.
What can take more heat metal or stone?
Stone can generally withstand more heat than metal. This is because stone has a higher melting point than most metals, making it better suited for high-temperature environments. However, it is important to note that the specific type of metal or stone can also impact their heat resistance.
How is slaked lime produce?
is it produced by lime stone :)
How much stone does the mining camp produce in Castleville on Facebook?
The mining camp produces 5 stone.
Why does a stone of mass of 5 grams falling from a height of 100 meters causes more danger than a stone of mass 10 grams falling from a height of 1 meter?
Both stones have the same acceleration (gravity) but the the 5 gram stone falls over 100 meters and builds up higher speed; and although the 10 gram stone s heavier the energy is much higher at impact for the 5 gram stone. The energy is simply E = mgh wher m = mass; g = gravity acceleration and h = distance. Since both have same gravity acceleration, you can see that energy is higher for the 5 gram stone; mgh = 500 g for 5 gram stone mgh = 10 g for 10 gram stone
What 2 things do mining industries produce?
coal and stone
What impact did the Rosetta Stone have on the civilization?
The Rosetta Stone let archaeologists understand, read and find out about Ancient Egyptian Civilizations. The Rosetta Stone had hieroglyphics written on it.
