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Percent means out of 100 → 3 percent of 100 g = 3/100 × 100 g = 3 g
20/100 x 100 = 20 percent
36 percent of 100 is 36.
100% of 62 = 100% * 62 = 1 * 62 = 62
Remember that 100 percent equals 1 (if I have 100 percent of an apple I have one apple). That means that you can multiply any number by 100 to get the matching percent. So with 2.25 you multiply it by 100 to get 225. 2.25 = 225 percent
Any diode is less than 100% efficient because there is a forward voltage drop across the diode. This translates to power loss, because power is voltage times current.
Electric heaters are close to 100% efficient because they convert all the electricity they consume into heat energy. Unlike combustion-based heaters that lose energy through exhaust gases, electric heaters release all the energy as heat directly into the room. This high efficiency makes electric heaters a cost-effective and environmentally friendly option for heating spaces.
Basically, almost NO physical process is 100% efficient.
because they are not proper
at 0'kelvin
Power plants are not 100% efficient because some energy is lost in the form of heat during the generation and transmission of electricity. This loss occurs due to factors such as friction, resistance in the electrical lines, and limitations in converting heat to electricity. Additionally, no machine or system can operate without any losses due to the laws of thermodynamics.
No, nuclear generators are not 100 percent efficient. They typically have an efficiency rate of around 30-40%, which means that 30-40% of the energy from the nuclear reactions is converted into electricity, while the rest is lost as heat.
When humidity approaches 100 percent, evaporative cooling becomes less effective because there is little to no room for water to evaporate into the already saturated air. This can lead to reduced heat dissipation as the normal heat transfer process through evaporation is hindered due to the high humidity levels.
Some energy is lost to friction.
Conventional power plants are generally not very efficient, typically converting only about 30-40% of the fuel's energy into electricity. The remaining energy is lost as waste heat during the conversion process. This inefficiency contributes to higher emissions and environmental impacts.
Power plants are never 100 percent efficient because energy is lost in the form of waste heat during electricity generation. This waste heat is a byproduct of the conversion of fuel to electricity, and it cannot be completely avoided. Additionally, no machine or process can operate without some level of friction or resistance, which also contributes to efficiency losses.
becaus ethey have friction