Answer: That depends on a variety of factors: (1) what substance you are heating up (its heat capacity changes the result), (2) how many degrees you want to heat it up; (3) how fast you want to heat it up. About the third point, please note that the watt is a unit of power, NOT a unit of energy.
A Transverse wave propagates at 90 degrees to the direction the amplitude increases In other words the wave oscillates up and down yet moves from left to right! this is different from a longitudinal wave, which oscillates in the same direction as it moves
550 degrees.
"Watt" is a rate of moving energy. The more watts you use, the faster the waterwill heat up. The fewer watts you use, the slower it will heat. If you can affordthe time to wait, then any amount of power will do the job, no matter how small.
180 degrees
heat wave
First, you need to melt the ice. Look up the heat of fusion of ice, and multiply that by the amount of grams.Then you need to heat the water, from zero degrees to 78 degrees. Look up the specific heat of water, and then multiply together all of the following: The specific heat; the mass; the temperature difference. Finally, add the two together.
Microwave radiation is a form of electromagnetic radiation, not a heat wave. When absorbed by materials, like food, it causes those materials to heat up due to the vibrations of molecules within the material rather than through the transmission of heat in the form of a wave.
A heat wave typically lasts for a few days to a few weeks, but the duration can vary depending on the location and intensity of the heat wave. Heat waves are generally defined as prolonged periods of excessively hot weather relative to the normal conditions for that region.
A heat wave is typically sensed through abnormally high temperatures over an extended period, causing discomfort and health risks. Monitoring weather forecasts and heat advisories can help individuals anticipate and prepare for a heat wave. Symptoms of heat-related illnesses, such as heat exhaustion or heat stroke, can also indicate the presence of a heat wave.
Answer: That depends on a variety of factors: (1) what substance you are heating up (its heat capacity changes the result), (2) how many degrees you want to heat it up; (3) how fast you want to heat it up. About the third point, please note that the watt is a unit of power, NOT a unit of energy.
The cast of Heat It Up Video - 1999 includes: Justin Jeffre as Himself (98 Degrees) Nick Lachey as Himself (98 Degrees) Drew Lachey as Himself (98 Degrees) Jeff Timmons as Himself (98 Degrees)
During a heat wave, a snowman would melt due to the increase in temperature. The snow that makes up the snowman would turn into water as it is exposed to higher temperatures.
A Transverse wave propagates at 90 degrees to the direction the amplitude increases In other words the wave oscillates up and down yet moves from left to right! this is different from a longitudinal wave, which oscillates in the same direction as it moves
because there have been heat waves and cold waves throughout history, so this heat wave is no different. the 70s and 80s were a colder wave, I think, and in the 50s, the temperatures were skyrocketing faster than they are now. Next there will be a cold wave, and then our children will be all worked up about "global warming" once we get to another heat wave, just wait and see.
I think that the highest temperature that G.H.Ds can get up to is 400 degrees Celsius, but always use it with hair heat defence spray!
Interior degrees add up to 720 degrees Exterior degrees add up to 360 degrees