<span>The
water would begin to boil, as 100 degrees C is water's boiling point.
Boiling is not the same as evaporation, they seem the same but are
actually different. Boiling is when a liquid vaporizes because it's
vapor pressure is higher than that of the atmospheric pressure of the
surrounding areas. (Hence boxes of pasta that give different cooking
times for various altitudes, were the atmospheric pressure will be
different)
the water will be going from a liquid state to a gaseous state.
during the phase change, the temperature of the water actually does not
increase. If you were to look at a chart of the heating water, you would
see that it rises steadily up from 90, but plateaus briefly at 100
before continuing to 110. This is why you should never lift the top off
of a pot of boiling water with your face over it, because the steam is
actually hotter than the boiling water is!
hope this helped =] </span>
Answer: It would destroy the Earth's surface.
I remember reading this questions in What If? by Randall Munroe. Great book, I suggest you check it out. Anyway, the answer. The Earth is revolving as well as spinning on its axis at the same time. This basically means that thee atmosphere is also spinning at the same speed. But due to the frame of reference, we don't notice anything. If the Earth suddenly stops spinning, then the atmosphere, going according to the first law of motion will still be spinning at the same speed. This would produce supersonic winds at such a scale that it will be compared to an atomic explosion. Anything not in a nuclear bunker will probably be ripped apart by the force of the wind.
8N - 6cm
10N - 7.5cm
14N - 10.5cm
Answer:
(a) decrease
Explanation:
Viscosity is the resistance which occur to flow of the fluid.
More the inter molecular forces between particles of the liquid, more the viscosity of liquid.
<u>Effect of temperature on viscosity:-</u>
Viscosity decreases with the increase in the temperature as forces among the particles decrease on increasing temperature. The kinetic energy of the particles of the liquid increases causing to move in more random motions and thus weaker inter molecular forces and this offer less resistance to the flow.
<u>Hence, viscosity of the liquids decrease with the increasing temperature.</u>