In theory, the answer is approx 10.33 metres but that assumes that you could create (and maintain) such pressure ... very unlikely!
The max height for mercury to be raised in normal atmospheric pressure is 76 cm. As the relative density of mercury is 13.6 then the max height in case of water is 13.6 times 76 cm. This would be equal to 1033.6 cm. Some 10.336 m.
The maximum length of the straw can be calculated using the concept of hydrostatic pressure. By reducing the atmospheric pressure by 85 percent, the maximum height difference the lemonade can be lifted is about 11.72 meters, corresponding to the pressure difference. Therefore, the maximum length of the straw would be approximately 11.72 meters.
No.
P= density x gravity x height and the answer is negative because air is reduced in the straw
For this technique you need a drinking straw, a protractor, some scotch tape and a measuring tape. Tape the drinking straw to the protractor at the 45 degree angle mark. Hold the protractor with its flat side level with the horizon and then sight through the drinking straw. Walk a distance away from the tower until you can see the top of the tower through the straw. Since you are sighting the top of the tower at a 45-degree angle, your distance from the tower is equal to the height of the tower. Measure your distance from the tower and you know its height.
Sipping Cider Through a Straw was created in 1919.
when you drink through a straw you remove some of the air in the straw. Because there is less air pressure of the straw is reduced. But the atmospheric pressure on the surface of the liquid.
Nope it is not possible. I don't know why but, no you cannot drink through a straw that has a hole in it.
No logic suggest that drinking through a straw will intoxicate you quicker. In fact, when drinking through a straw, we typically tend to take smaller sips of the liquid than we would if we just sipped it naturally.
Acai berry drinks can be acquired from ones local supermarket, or acai berries can be manually squeezed in order to obtain the juices within and then drunk through a straw.
Blowing through a shorter straw creates a higher pitch sound because the shorter length of the straw produces a higher frequency vibration upon blowing. This is due to the shorter distance the air needs to travel through the straw in order to create sound waves.
No, grass typically will not grow through pine straw because pine straw forms a dense and compact layer that inhibits the growth of grass.