The water will exit the vessel's holes at different rates due to different pressures. The water exiting the top hole will exit slowest because it is under the least amount of pressure. The water exiting the bottom hole will come up the fastest because it is under the greatest amount of pressure.
they are the different because they are not the same material
because there are many tiny holes in the egg's shell, and once the liquid is absorbed into the inside of the egg, the different chemicals inside the egg and it's shell react to it.
Active Galaxies are thought to be powered by rotation
An animal action is when animals dig holes into rocks.
there are holes in the shoes because you feet need to breathe. They also allow the air to get in so your feet don't sweat so badly. If they didn't have holes your feet would sweat and get hot. One more thing you did not do the right are it is our.
blood vessel holes, blood vessel wall tears, or reduced blood flow to the heart
Different shape and size.
They will remain as black holes for a long, long time.
They were the height of the shovel and the diameter of the shovel. Most of the shovels were five feet long, but one was slightly shorter.
it depends on the container vessel; it is likely you can use a container/ box / vessel with small drainage holes at the base, and allow the water to soak through the sand ., leaving the sand behind.
there is no exact answer, different black holes have different speeds, but all black holes can crush 1 tonne of metal into a size of a pebble
it will make holes
There will be more caves, holes and tunnels.
Ummm.........WE DIE!!
there two different things
a) not all doorknobs are the same height, b) about a yard is a convenient height for them to be, c) a lot of doors have the holes for the knobs pre-drilled, so all doors made by the same company are likely to have the holes at the same height, d) if you're the guy in charge of making the holes, "a yard" is easier to remember than "34 19/64 inches".
the trajectory of water is used as indicator of pressure. The longer the trajectory, the greater is the pressure at that point of the liquid column. Water pressure at any point in a closed container is dependent on the height of the liquid above it.