A battery has chemical energy, which can be used to generate thermal and radiant energy in a lightbulb. Which best explains what
happens to the amount of energy in this scenario? -The total energy in the system increases because chemical energy creates thermal and radiant energy.
-The total energy in the system decreases because chemical energy disappears as thermal and radiant energy are generated.
-The total energy in the system remains the same as the decrease in chemical energy equals the increase in thermal and radiant energy.
-The total energy in the system remains the same as the increase in chemical energy equals the decrease in thermal and radiant energy.
Answer is: The total energy in the system remains the same as the decrease in chemical energy equals the increase in thermal and radiant energy.
The law of conservation of energy states that the total energy of an isolated system remains constant; energy can neither be created nor destroyed; it can only be transformed or transferred from one form (in this example chemical energy) to another (in this example thermal and radiant energy).
Radiant energy or light is the only kind of energy we can see with our eyes. Light have different wavelenght and different color.
Chemical energy - this type of energy is often found in things like batteries or food.
<span>Henry divides 1.060 g by 1.0 mL to find the density of his water sample. </span>He should include THREE significant figures in the density value that hereports.
