First of all due to high viscosity stream line motion is restricted. Moreover the external pressure would not allow to syrup to come out so easily.
Syrup took long time to move down because: -
The more viscous the fluid is, the more time it takes to flow
The greater cohesion, the slower flow of fluid
The thicker the fluid is, the slower the adhesion
Syrup took long time to move down because: -
The more viscous the fluid is, the more time it takes to flow
The greater cohesion, the slower flow of fluid
The thicker the fluid is, the slower the adhesion
Heat drawn from the milk when the water evaporates.
With a few exceptions (notably melting ice) objects expand when heated. If you run hot water on a bottle neck, the heat is applied directly to the bottle and only indirectly to the stopper inside the bottle, so the bottle heats first, and thereby expands sooner than the stopper does. An expanded bottle will exert less pressure on the stopper.
If you are in Science Olympiad, a bottle rocket is a modified 2 liter bottle designed to stay up in the air longer than its competitors. Another type of bottle rocket is a type of firework you place in a bottle to make it launch.
When the temperature of a confined sample of gas is reduced, the pressure is reduced. Just before you cover the bottle, the steam in it has the same pressure as the air outside the bottle. (If the steam momentarily had higher pressure, some of it ran out. If the steam momentarily had lower pressure, some air ran into the bottle.) After you cover the bottle, nothing can get in or out of it. Then you cool the steam. The pressure inside drops when the steam cools. Now the pressure of the air outside the bottle is higher than the pressure inside the bottle, and the higher pressure outside crushes the bottle. ================================================ Do you REALLY want to see something cool, and shock the other people in the house ? Take the same plastic bottle, boil some water, pour some of the boiling water into the plastic bottle, and when the bottle is full of steam, cover it up tight. Watch the water in the bottle. As soon as it STOPS boiling, shove the bottle into a dish of ice. The water inside will START boiling again ! From the explanation above, you should be able to explain this. Here's a hint: Water boils at a lower temperature when there's less pressure on top of it. Boiling water in Denver is not as hot as boiling water in Brawley, California, because Denver is at higher altitude. so the air pressure there is lower.
a bottle that is of a fizzy drink bottle. eg.coke bottle & more
emmmm
"Most of the time when viscosity is explained words are used that are too technical for the average person to quickly grasp. This leaves them still wondering what the viscosity numbers really mean on a bottle of motor oil. Simply put, viscosity is the oil's resistance to flow or, for the layman, an oil's speed of flow as measured through a device known as a viscometer. The thicker (higher viscosity) of an oil, the slower it will flow. You will see oil viscosity measurement in lube articles stated in kinematic (kv) and absolute (cSt) terms. These are translated into the easier to understand SAE viscosity numbers you see on an oil bottle."
Assuming all other conditions stay the same as the viscosity increase this restricts flow and the flow rate will slow down. For example if you put water in a squeezable ketchup bottle it would be able to be emptied much faster than if you applied the same pressure with ketchup in the bottle.
High
due to the mass of the beer bottle, its velocity, and possible viscosity of the liquid inside, the beer bottle will smash through someones head and cut there head clear off. I sees it, is to say i saw it happen..
When buying a bottle filling machine, one should first determine what will the bottle be filled with. Items such as liquids, dry goods such as pills and powders, will require a different type of bottle filling machine because of the viscosity of the materials. One may purchase a bottle filling machine by going to the site Kinnek and getting a quote.
If we assume that sufficient air pressure is being used to mold the bottle, it is probable that the temperature of the material being used is too low, and this would mean that the viscosity is too low to insure the material being blown takes the proper shape of the mold.
Ketchup exits the iconic glass bottle at .028 miles per hour. According to Heinz.com, if the viscosity of the ketchup is greater than this speed, the ketchup is rejected for sale.
The particles of the medicine bottle are at the bottom, so it won't have the same effect.
We believe that having the perfect viscosity is important to any shampoo. Too thin and it'll run off easily. Too thick and it'll never reach the scalp or get out of the bottle. Also, making it thin could be hard for the comsumer (getting it in their eyes).
bcoz water has high latent heat
Fluid Friction is best visualized by VISCOSITY, which is a measure of Flow resistance, or thickness of a Fluid. The thicker a Fluid is the harder it is to move an object through it.Think of the difference between Water and Honey. Turn a bottle of Honey upside down and the air bubble slowly flows through it from down to up. Do the same thing with a bottle of Water and the bubble ZIPS to the top.Honey has more Fluid Friction (Viscosity) than Water.