There are other factors to consider. Outside temperature. If you are at the artic in below zero weather the water would freeze before if evaporates. Altitude. Higher altitude on a mountain gives a lower boiling point, ant at the same temperature, would evaporate faster. Humidity. High humidity will slow the rate of evaporation.
Size of the cup. A measuring cup is 8 ounces. A tea cup is less, recent cup sizes for coffee have increased to ridiculous size.
Evaporation occur at any temperature.
Yes, it is possible.
water boils at 100o C.but room temperature may not rise to that much. only after boiling it may be converted to the gaseous state.
The best condition for water to evaporate is in a temperate controlled room at 74 degreesFahrenheit. also add a sunroof and proper air ventilation
A formula doesn't exist; this depends on the temperature, pressure, room volume, amount of water, etc.
it depents on the environment
Evaporation occur at any temperature.
The water will slowly evaporate on its own at room temperature, but boiling temperature will do it much faster!
Yes, it is possible.
A formula doesn't exist; this depends on the temperature, pressure, room volume, amount of water, etc.
water boils at 100o C.but room temperature may not rise to that much. only after boiling it may be converted to the gaseous state.
Yes, dry ice will evaporate at room temperature. Carbon dioxide, the constituent component of dry ice, is a gas at room temperature.
There is no such temperature to start evaporating. Even in the room temperature or in a refrigerator, water does evaporate. When a particular water molecule absorbs adequate energy (let's say from heat), there will be a phasechange in that molecule from liquid to gas, and it's called evaporation.
Jubair-al-rashid doesn't know
This depends on many factors.
First, the water must be raised to a temperature of 100 degrees - this requires 4.181 joule/(degree x gram). For example, if your "room temperature" is 20 degrees, multiply that by 8. Then you have to actually evaporate it - that costs 2260 joules/gram.
yes