In order to produce light, the atoms inside a light bulb transform electrical energy into
kinetic energy. electromagnetic radiation. chemical energy. heat energy.
A B C D
Question: In order to produce light, the atoms inside a light bulb transform electrical energy into
A. kinetic energy.
B. electromagnetic radiation.
C. chemical energy.
D. heat energy.
Answer:
In order to produce light, the atoms inside a light bulb transform electrical energy into
chemical energy. kinetic energy. heat energy. electromagnetic radiation.
A B C D
Question: In order to produce light, the atoms inside a light bulb transform electrical energy into
A. chemical energy.
B. kinetic energy.
C. heat energy.
D. electromagnetic radiation.
Answer:
D
In order to produce light, the atoms inside a light bulb transform electrical energy into
kinetic energy. electromagnetic radiation. chemical energy. heat energy.
1 2 3 4
Question: In order to produce light, the atoms inside a light bulb transform electrical energy into
1. kinetic energy.
2. electromagnetic radiation.
3. chemical energy.
4. heat energy.
Answer:
2
In order to produce light, the atoms inside a light bulb transform electrical energy into
kinetic energy. electromagnetic radiation. chemical energy. heat energy.
A X V H
Question: In order to produce light, the atoms inside a light bulb transform electrical energy into
A. kinetic energy.
X. electromagnetic radiation.
V. chemical energy.
H. heat energy.
Answer:
X
In order to produce light, the atoms inside a light bulb transform electrical energy into
chemical energy. kinetic energy. heat energy. electromagnetic radiation.
A X V H
Question: In order to produce light, the atoms inside a light bulb transform electrical energy into
A. chemical energy.
X. kinetic energy.
V. heat energy.
H. electromagnetic radiation.
Answer:
H