Assuming they are the same temperature.
The crushed ice will cool your drink faster.
Heat can only transfer via the surface of the ice, and crushed ice has alot more surface area than the ice cube.
As long as the temperature of the liquid is warmer than the surrounding air temperature, yes.
Even if the temperature of the liquid is the same as the surrounding air, the ice cube may still melt faster, because liquids are better conductors of heat than air is. But different solid surfaces have different thermal conductivities, so unless your ice cube is suspended in air, you're not comparing a liquid and air; you're comparing a liquid and a solid surface. An ice cube on a sheet of metal at room temperature might be found to melt faster than an ice cube in a drink at room temperature, while an ice cube sitting on a piece of styrofoam might melt much slower.
I'd say try it.
Yes. Crushing it will increase the surface area by a huge amount, which means the ambient temperature will affect it far more
result is the same
The ice is more effective.
The Approach is the difference between wet bulb temperature and outlet water temperature from cooling tower. That means , in this case, Approach = 35-25=10 degrees.
Evaporative cooling - the water evaoprates and chills things slightly as it does so. (Doubt its very effective though)
It evaporates into the atmosphere using a cooling tower.
In a pressurized water reactor the primary cooling water is under pressure of around 150 atm and its inlet temperature around 320 degree centigrade.
When water evaporates, it draws a lot of energy called latent heat of vapourization. It is this demand for energy from evaporating water that causes a cooling effect as it absorbs heat energy from its surroundings.
Because the ice is colder than cold water.
A cool water Bath
If you use cold water, your drink will become diluted, Using ice allows the cooling of your drink with less dilution, as the ice takes a while to melt.
No
The Approach is the difference between wet bulb temperature and outlet water temperature from cooling tower. That means , in this case, Approach = 35-25=10 degrees.
The soft drink's particles conduct energy with the particles in the ice chest which result as the soda cooling and the ice chest gathers water in it.
L
There are moderately complicated equations to do that, but in the real world, experimentation would be the only real proof of any design. From the phrasing of the question, you appear not to appreciate that the water would have to circulate - filling anything with water will not cool it.
Range is the difference of cooling water inlet and cooling water outlet temp
Water cooling keeps your system cooler if you are constantly overclocking it. It does it far better than air cooling. However, the price for water cooling is higher than air cooling.
Air cooling ,hydrogen gas cooling ,water cooling
Cooling. The water is available for the cooling system.