To test if air is compressed using a syringe, pull the plunger out to create a vacuum inside the syringe. Then, push the plunger in quickly. If the air inside the syringe is compressed, you should feel resistance when trying to push the plunger in. If the air is not compressed, the plunger will move easily.
We see air being compressed in everyday life when using air compressors for inflating car tires, basketballs, or bicycle tires. Additionally, air is compressed in household appliances like air conditioner systems and refrigerators.
it would be very hard to draw but if you draw 2 ballons one with air and one with no air then see which ones heavier it has to be the ballon filled with air
If air pressure is getting lower, you would expect to see the mercury in Torricelli's barometer rise. This is because low air pressure allows the mercury in the barometer tube to be pushed up by the weight of the atmosphere.
urm wed all die !
Compression - Forces used to push objects together.
We see air being compressed in everyday life when using air compressors for inflating car tires, basketballs, or bicycle tires. Additionally, air is compressed in household appliances like air conditioner systems and refrigerators.
You can buy compressed air in a lot of places. Be it in stores or on the internet. You can buy compressed air quite cheap from many places, so look around and find what deals you like and see which you can get cheapest.
because the water in the beaker would evaoprate into it then condense on the surface of the syringe
They keep promising, but it's always "next year"! Based on the physics of carrying around your power supply of highly compressed air, I would guess physics will win out over economics, and you would only see these as low-speed or short-range support vehicles, not on public highways.
To measure 1 cc (cubic centimeter) using a syringe, ensure you have a syringe marked in milliliters (mL), as 1 cc is equivalent to 1 mL. Pull the plunger back to the 1 mL mark, ensuring there are no air bubbles in the syringe. If you see air bubbles, gently tap the syringe to release them, then adjust the plunger to the 1 mL line again. Always check that the measurement is level with the line for accuracy.
about4.2kmUpdated answer,4.2km, and how far can you go with a carbon fiber tank full of compressed air, this is what MDI has been trying to find the answer to, and to a point they have found the answer. Clean cars google MDI compressed air cars, and see what they are trying to achieve.A car to clean the air of cities, yes it may be inefficient, but would you drive an inefficient car if it did not pollute the air you breath.Petrol cars were inefficient when they were first developed, have a look "Get Behind the Compressed air car and maybe you'll breath"
Air, which is a mixture of gases, exerts pressure. We can see this as we observe a breeze moving the leaves of trees around. Air can be compressed, and we can demonstrate that if we blow up a balloon. Air is transparent, and we can't see it. There are other properties of air that are a little hard to see as air is a very light, transparent gas mixture.
You can probably use a can of compressed air, or you can always call the xbox support number and see what they offer.
it might increase the speed of the computer by a little. It is hardly noticable, but you would want to see what files are compressed.
well the water in the syringe will evaporate and you will see condensation at the top of the syringe.
The same way you read ANY syringe. From www.wikipedia.com (http://en.wikipedia.org/wiki/Syringes), if you click on the image of the 10ml syringe, you'll see the markings on the barrel. You measure the units of fluid from the needle side back to the plunger - so as you pull back the plunger you draw in "x" ml's of fluid as marked from the needle back. Standard safety procedures surrounding the use of a syringe should always be followed, and in no way is this short answer a full and complete explanation of how to correctly/safely use a syringe.
When you press the plunger on a syringe containing gas, you may not see any visible changes in the gas itself since gases are generally not visible. However, you may notice the gas compressing, which could manifest as a decrease in volume or pressure inside the syringe. If the syringe is transparent, you might see the movement of the plunger and feel resistance as the gas molecules are forced closer together. If the gas is at a high pressure, you might also hear a sound as it escapes through any openings or valves.