No. It's a a tiny drop, actually.
A droplet is a very small drop of a liquid. It is typically used to describe tiny, spherical or nearly spherical particles of liquid. For example, raindrops are droplets of water falling from the sky, and when you put a drop of water on a surface,
it is very hard to quantify. Depending on what instrument you use, a drop can be very small or large
The circumference of a water droplet from a pipette would vary depending on the size of the droplet. However, typically, water droplets are very small, so the circumference would be in the range of micrometers to millimeters.
A water drop is a perfect sphere. A sphere is the geometrical shape that has the smallest surface area for its volume. The drop takes this shape because water molecules tend to stick to each other.
To dispense half a drop, you open the stopcork very carefuly and let the droplet appear and start to grow. Once the droplet reaches half it's usual size, close the stopcork. The droplet should now be hanging from the burette. Wash it down into the solution with your solvent wash bottle.
its because the terminal velocity is directly proportional to mass and square of the radius of the drop. the radius and mass of the droplet is very very less...so terminal velocity of the droplet is also very less.. that why it is suspended in the air..
The amount of drops I have tried and got to were 300 drops.From another Answers community member:There are a lot of factors involved. The cohesion and adhesion ('stickiness') of water molecules can be effected by things like oils (on surface pennies from peoples' skin) and other contaminates on the penny.The size of the dropper or pipette will determine the size of each water droplet - the larger the drop, the fewer number of drops will fit on the penny.The manner in which the water is added to the penny is also a factor. Water has a cohesive nature (the molecules are kind of like magnets and are attracted to one another). Therefore, if the drop from the pipette is allowed to touch the water already on the surface of the penny, the water can be 'pulled' out of the dropper. When this happens, the size (volume) of the drop is not always the same - it could be a very small amount (which will result in a very large number of drops), or a large amount.Ideally, everyone performing the experiment would include the following:- distilled water- same type/size of calibrated dropper/pipette- same date of penny- penny cleaned as thoroughly as possible using same cleaning procedure- same 'dropping' procedure
Water droplet clouds, also known as cumulus clouds, appear as puffy, white clouds with a flat base and a towering, fluffy top. These clouds are formed through the convection of warm air that carries moisture, causing water droplets to condense and form cloud formations in the sky.
Ideally, everyone performing the experiment would include the following: - distilled waterThere are a lot of factors involved. The cohesion and adhesion ('stickiness') of water molecules can be effected by things like oils (on surface pennies from peoples' skin) and other contaminates on the penny. The size of the dropper or pipette will determine the size of each water droplet - the larger the drop, the fewer number of drops will fit on the penny. The manner in which the water is added to the penny is also a factor. Water has a cohesive nature (the molecules are kind of like magnets and are attracted to one another). Therefore, if the drop from the pipette is allowed to touch the water already on the surface of the penny, the water can be 'pulled' out of the dropper. When this happens, the size (volume) of the drop is not always the same - it could be a very small amount (which will result in a very large number of drops), or a large amount. Ideally, everyone performing the experiment would include the following: - distilled water - same type/size of calibrated dropper/pipette - same date of penny - penny cleaned as thoroughly as possible using same cleaning procedure - same 'dropping' procedure
Water.
A water droplet is any very small volume of water. Mist consists of very small water droplets suspended in or slowly falling through the air. Dew consists of small water droplets that form directly on solid surfaces as water vapor condenses from cool, moist air.
yes when water vapor is cooled its molecules lose energy and come closer together therefore changing state into liquid. on a microscale this is what happens in the atmosphere to create fog. to have clouds we need something called a condensation nuclei which a small surface of which the water can condense on. because these are very small they are easily manipulated by air currents so a simple updraft is enough to suspend a giant cloud in the air because it has a very large surface area.