The 98 percent would be light energy, or electromagnetic radiation, and the other 2 percent would be converted into thermal energy, or heat.
It is the efficiency of the power plant.
A typical 100 watt bulb, for example, dissipates about 95 percent of its electric current as heat. Less than 5 percent is actually converted to light, resulting in high operating temperatures
France
approximately 20 percent
Efficient, yes. But a poor choice for a heater. It's just a marketing gimmick. Every electric heater is nearly 100 percent efficient. Efficiency is a term not understood by many. Energy efficiency - useful work per quantity of energy. In other words, What is the job of an electric heater? To make heat. How much of the electricity fed to the heater is turned into heat? All of it. That makes it 100 percent efficient. In contrast an incandescent light bulb is only about 5 percent efficient, only 5% of the electricity fed to it is converted to light the other 95% is converted to heat.
approximately 20 percent
1.520 percent converted to words = one and fifty two hundredths percent
68 converted into a percent = 6800%68 * 100% = 6800%
0.1 to a percent = 10% 0.1 * 100% = 10%
11 percent converted into a fraction and simplified is 11/100
~46.9 percent Note: "~" means "approximately" Solution Method: 61 / 130 = ~0.469 Converted to a percentage ~0.469 = ~46.9% = 0.469 * 100
Seven percent. 7%