Pascal's
From my experiences, no it doesn't. The only thing that happens when a girl "squirts"is the vagina gets wetter. Don't worry, you'll be okay. Be careful though, don't be stupid.
Electrons in metals form an electron plasma. The electrons get excited (increase velocity) and carry away heat and conduct electricity by their mobility ( ability to move form place to place in the metal).
This question is best answered by example. Suppose we have a square with a side length of two metres. Its perimeter is the length of four two-metre sides and that comes to eight metres. Now suppose we triple the size - that is, make the sides three times as long. We now have a square with six-metre sides and its perimeter will be 24 metres - three times the smaller case. The side-length and the perimeter of a square are LINEARLY related. If you change the side-length, the perimeter changes IN THE SAME PROPORTION. Double one, you double the other. Halve one, you halve the other. Now consider the area of the smaller square. It is two times two - four square metres. How about the area of the larger square? Six by six comes to thirty-six square meters. But, if we trebled the side length - did we treble the area? No. Treble four is only twelve, not thirty-six. The area was double-trebled - three by three by four. That is thirty-six. So, the side-length and area of a square are NOT LINEARLY RELATED. Changing the side-length of a square does not cause a proportional change to the area. The relationship is NON-LINEAR. That example is in GEOMETRY, not PHYSICS. Here's examples in PHYSICS. Consider a spring balance which is a pan suspended by a long weak spring. Putting weights in the pan causes the spring to stretch, and a pointer against a marked strip shows the weight in the pan. Noice that the marks are evenly spaced for 1KG, 2KG, 3KG, ... Six Kilorams drops the pan three times as far as two Kilograms. Springs, unless they are overloaded, show a linear relationship between load and stretch. Now consider a tall thin can with a hole near the bottom. Fill the can with water and watch the water squirting out the hole. At first, the pressure at the bottom is considerable because there is a lot of water above it and so the water is forced through the hole at a good speed. However, as the level of water in the can drops, so does the pressure and the speed of the water-jet dies away too. Now we could ask ourselves, "When the water is half-way down, is the water spurting out at half the speed it started at? or "If we had a can ten times as high, would water squirt out the bottom ten times as fast?" If the answer to these questions is "Yes", then the height of water and the speed it squirts out of a hole have a linear relationship. We won't go into the mechanics of this situation. We'll just have to be happy with my claim that this is an example of NONLINEARITY. Would you believe that the rate of flow of water in the hole depends on the square-root of the height in the can?
Pascal's
Pascal's
sea squirts squirt water it as simple as that
The scientific name of PHILIPPINE Sea Squirt is Pandocia aurata while the scientific name of AMERICAN Sea Squirt is Molgula manhattensis
Sea squirts have a body shape that looks like a sponge or a rock.
Mini-Squirts - 1967 was released on: USA: December 1967
Like a Pen15, it squirts out in its climax.XD IN THE FACE Like a Pen15, it squirts out in its climax.XD IN THE FACE
Mini-Squirts - 1967 is rated/received certificates of: USA:Approved (certificate #06793)
Chordates such as the sea squirts and lancelets do not have a backbone that is why they are called vertebrate chordates.
Yes.
The cast of Young Squirts - 1989 includes: Jeremy Condon Romeo Hans
Sea squirts can glow due to bioluminescence, a chemical reaction within their bodies that produces light. This bioluminescence can serve various functions for sea squirts, such as attracting prey, deterring predators, or communicating with each other.