surface tension is the result of cohesion which holds liquids together surface tension is the result of cohesion which holds liquids together surface tension is the result of cohesion which holds liquids together
Most of the time water will extinguish a fire, but there are some situations where water can make a fire worse by spreading it, such as a grease fire on a stove, or a puddle of fuel burning. In those situations, a fire extinguisher should be used instead.
It is possible that the antifreeze is coming from a bad water pump. Clean the engine off. Watch it to see where the antifreeze is leaking from, as it could be a hose instead of the pump.
answer is c . a class b fire extinguisher
Bathing suit, O Bathing Suit. You always hide my bad parts. Bathing suit, O Bathing Suit, When I swim I fart. Toot Toot Puddle, Bathing Suit.
Yes but not likely. Was ther a huge amount of smoke? is your battery a puddle? if not it hasn't been shorted.
That is the correct spelling of "puddle" (as a noun, a liquid on a surface).
Some alternative modes of transportation that can be used instead of a traditional puddle jumper include trains, buses, bicycles, and carpooling.
No, a puddle of water is typically stationary unless there is external force or movement causing ripples or waves on the surface.
Definitely not! A dew drop is a single drop of dew held together by surface tension. A puddle is many many many drops, does not have a definite size, and the surface is flat.
evaporation, where water molecules at the surface of the puddle gain enough energy to escape into the air as vapor. This continues until all the water has evaporated, leaving the puddle dry.
It's a combination of absorption and evaporation. The surface the puddle is on is likely to be porous - thus some water will drain away. The surface area of a puddle is quite large - in relation to the amount of water in it. This means that heat from the sun - even a small amount - is enough to allow water to evaporate.
a puddle of water will evaporate faster because it has a larger surface area that is, it has more of its moleccules in contact with the air Yes, the more air the same amount of water can cover, the faster it will evaporate. In a glass, there is much water that gets tiny amounts of air under the surface and not enough to evaporate. If the same amount of water was poured on a level flat surface (no puddle), it would evaporate very quickly.
When light falls on the surface of a still pond or puddle, it can create reflections or ripples depending on the angle of the light. The surface may appear glossy and mirror-like if the water is calm, providing a clear reflection of the surrounding objects. If there are ripples or disturbances on the surface, the light may scatter, creating a shimmering effect.
When light falls on the surface of a still pond or puddle, it can cause reflection and refraction. The surface will appear brighter where the light directly reflects off of it, and the water may also act as a mirror reflecting the surroundings. Additionally, if the surface tension is high, the water can act as a lens, causing light to refract and create patterns or distortions.
When rainwater creates bubbles in a puddle, it typically indicates that the raindrops are striking the surface of the water with enough force to displace it, causing air to be trapped and form bubbles. This can also happen due to the interaction of raindrops with debris or impurities in the water, which can create surface tension variations. In essence, bubbling in a puddle signifies the dynamic interaction between the falling rain and the existing water.
When light falls on the surface of a still pond or puddle, it is reflected and refracted. The reflection creates a mirror-like effect that allows you to see the sky, trees, or other surroundings. The refraction causes the light to bend as it moves from the air to the water, creating a shimmering or wavy appearance on the surface.
A puddle dries up after it rains due to evaporation. The sun's heat causes water molecules on the surface of the puddle to turn into vapor, which then escapes into the air, gradually reducing the water level in the puddle until it eventually dries up.