When a pebble drops straight down into a tub of water, it displaces the water as it enters, creating ripples and waves that spread outward from the point of entry. The pebble sinks to the bottom due to gravity, and its impact can cause splashes depending on its size and the height from which it fell. This interaction demonstrates principles of fluid dynamics and the effects of buoyancy.
When you put a pebble into a glass of water, the pebble will sink to the bottom of the glass due to its higher density compared to water. The water level in the glass will rise slightly, displacing a volume of water equal to the volume of the pebble.
turbidty currents
When a pebble stays in water for a long time, it tends to become smoother due to the constant erosion and smoothing effect of the flowing water. The water helps to wear down rough edges and surfaces of the pebble, resulting in a smoother texture over time.
In a way, yes. When you hold a ball and release it, it drops directly down. But, when you throw a ball, it flies... sucker.
it is a hunting knife which instead of having a straight back the spine drops to meet the edge half way down
Because water slows down and sediment drops to the bottom
brush it with a strong solution of acid, Becarefull for your eyes ETC and then hose it down.
When water vapor changes into tiny drops of water, it is called condensation. This process occurs when the air cools down and cannot hold as much moisture, leading the water vapor to transform into liquid water droplets.
Yes, moving water can freeze if the temperature drops low enough. The movement of the water can slow down or stop as it freezes.
It falls as soon as she lets go of it.
wile standing on the eaquator the water drains straight down in a sink.
Well , when it is in the water it floats but the roots are keeping it down however when the water goes it drops because there is gravity.