It is because of Capillary action, the adhesive forces for water are effective in narrow tube, in a wide tube the weight of water resists the upwards movement of water.
Meniscus. Essentially it is because water adheres to the glass.
The adhesive forces of the polar water molecules to the glass surface, breaks the surface tension of the water and causes a capillary action up the sides of the tube.
Because the solute concentration in the salt water is higher then other solutions, in this case, a grape. the moisture is basically sucked out of the grape and the grape shrivels
It depends on: -The current temperature of the water. (If it was already cold, the water would probably decrease because both heat and cold causes water to increases) -The size of the glass. -How much the temperature decreases.
Because the surface temperature of the glass gets colder than the dewpoint temperature of the air. Therefore the relative humidity goes over 100% on the glass causing water vapor in the air to condense into liquid water on the glass.
THE GLASS WITHOUT WATER MAKE A HIGHER THE GLASS WITHOUT WATER MAKE A HIGHER THE GLASS WITHOUT WATER MAKE A HIGHER THE GLASS WITHOUT WATER MAKE A HIGHER THE GLASS WITHOUT WATER MAKE A HIGHER
A glass with less water will make a higher pitch when tapped, while a glass with more water will make a lower pitch. This is because the amount of water affects the frequency of vibrations produced by the glass when hit.
No, glass sinks in water because it is denser than water. The density of glass is higher than that of water, causing it to sink rather than float.
Because the marble has a higher density than the water does
Water evaporate faster in a wide glass than in a narrower glass.
Rise or fall of liquid in a small passage or tube. When a glass tube of small internal diameter is inserted into water, the surface water molecules are attracted to the glass and the water level in the tube rises. The narrower the tube, the higher the water rises. The water is said to "wet" the tube. Water will also be drawn into the fibres of a towel, even if the towel is in a horizontal position. Conversely, if a glass tube is inserted into mercury, the level of the liquid in the tube falls. The mercury does not wet the tube. Capillarity is caused by the difference in attraction of the liquid molecules to each other and the attraction of the liquid molecules to those of the tube.
Glass bangles are denser than water, so they typically sink when placed in water. This is because the density of the glass is higher than that of the water, causing it to displace less water and sink.
A tall, skinny glass will freeze water faster than a short, wide glass.This is because the tall glass allows convection (cold particles in the air to transfer cold to the water particles in the glass) to take place between more particles at once due to a tall glass having a larger surface area.
The speed of light in water is slower than in glass because glass has a higher refractive index. When light rays pass from water into glass, they slow down due to the denser medium, causing them to refract towards the normal. Glass slows down light more than water because of its higher optical density.
Glass floats in mercury because mercury is much denser than glass, creating a buoyant force that allows the glass to float. In contrast, water is less dense than glass, causing the glass to sink due to its higher density. The buoyant force in water is not enough to support the heavier glass object.
It depends on how much light is shining on the glass. If there is a lot, then the water in the dark glass will evaporate faster because the temperature will be higher. If there is no light, then it does not matter.
The pitch of sound is higher in a half glass of water because the smaller amount of water leaves less space for sound to travel, causing the sound waves to bounce more frequently off the glass walls and create a higher frequency sound. In a full glass of water, the sound waves are able to travel more freely through the larger volume of water, resulting in a lower pitch.