The force that holds water in the container is called centripetal force. It is not specific to water, it affect anything spun in a circle.
The water has inertia, which means it wants to continue in the direction that its moving - if you were to let go, the water would fly forward in its current direction. And not only does your container keep the water from flying off, it also keeps changing the direction the water wants to go. If you spin the container fast enough, centripetal force can beat the force of gravity.
Its as if the water is being endlessly thrown into the bottom of the container.
Water dripping may produce a soft, splashing noise as each droplet hits a surface, such as a puddle or container. The sound can vary depending on the height of the fall and the material it lands on.
A bowling pin typically needs to tilt about 10-12 degrees in order to fall down due to its design and distribution of weight.
If the temperature increases to 25 degrees, the relative humidity value would decrease if the actual water vapor content remains the same. This is because warmer air can hold more moisture, so the ratio of the actual water vapor content to the maximum water vapor content increases, resulting in a lower relative humidity value.
No, water does not typically allow marble to fall through easily as the surface tension and density of water can prevent objects from sinking quickly. Marble would likely float on the surface or sink slowly in water.
A mercury barometer consists of a tall glass tube filled with mercury inverted into a container of mercury. The mercury in the tube will fall until the weight of the mercury column is balanced by the atmospheric pressure pushing down on the surface of the mercury in the container. The measurement is then taken from the height of the mercury column in the tube.
is a container used for holding cakes so it doesnt fall apart
neither, the water is not frozen at either temp
It typically takes about 3-4 hours for one cup of water to freeze at 32 degrees Fahrenheit in a standard freezer. Factors like the initial temperature of the water, container material, and the efficiency of the freezer can affect freezing time.
well in fall its not sunny so it doesnt get the light it needs neither does it rain much in fall so it also doesnt get the it needs
In a location where the temperature does not fall below the freezing point (32 degrees Fahrenheit)
the earth doesnt fall.
The temperature will have to fall 5 more degrees to reach freezing point (0 Celsius).
snow will fall when it is about 10.degrees Fahrenheit
STEVEN DOESNT GIVE YOU WATERFALL,WALLACE DOES.HE GIVES IT TO YOU AFTER YOU CALM KYOGRE AND GROUDON
yes they do :)
No it doesnt
A rock would fall faster in water than in air due to water having a denser medium, which creates more resistance for the rock to fall through. This increased resistance slows down the rock's rate of descent compared to air.