Electricity is an electromagnetic wave that transfers energy through vibrating electric and magnetic fields that move at the speed of light. It can produce light through the movement of electrons gaining enough energy to escape their atomic orbits and flow along a path. There are different types of light bulbs including incandescent, fluorescent, and HID bulbs. Electricity is a good form of energy that powers modern life and can be converted into other forms like solar, hydroelectric, and wind energy.

1. Electricity
Electricity
by
Louka
By Louka Ananiadis
Ananiadis

2. What is a electronic wave?
•A electronic wave is a wave that transfers electrical and
magnetic energy.
•It consists of vibrating electric and magnetic fields that
move through space at the speed of light.
•The wave is transferred through space by
electromagnetic waves called electromagnetic radiation.
•Most waves require a medium to go through, but a
electromagnet wave doesn’t need one. That is so
because the energy needs to travel through the vacuum
of space. This is why we can see stars and the sun, their
light reaches earth.

3. How can light electricity produce light?
•Electricity comes from the movement of electrons , electrons are
tiny particles that orbit the nucleus of an atom.
•If enough electrical energy is added to the electrons-after flipping
on a switch, or plugging in a cord, or adding a battery-they can
escape from their normal orbitlight flow along a path.
How can and produce electricity?
• Also there is two types of electricity. Static electricity, which when
the electrons are messed around and displaced. Lightning is a form
of static electricity.
•An experiment that you can try. You need a balloon and a
subject(won’t get hurt). First you need to fill the balloon with air,
then you rub the balloon back and forth on the subjects head then
after a minute slowly lift it above his head, keep there.

4. What are the different types of light bulbs?
Incandescent
An incandescent light bulb is a glass bulb with a metal wire called a
filament inside a vacuum. As the electricity flows though the
filament, the filament heats up and glows, making light.
Fluorescent
Fluorescent light bulbs are comprised of a thin glass tube that is
coated on the inside with a white powder called phosphor. A
ballast produces a high current which passes through the bulb
and with the gas inside creates ultraviolet energy which hits the
phosphor and gets converted to light.
HID
High intensity discharge lamps work in a similar way to fluorescent light
bulbs. They work by having electricity create an arc which makes a gas
inside a quartz tube burn very hot there by producing light.

5. What are the different colors of light produced by a
light bulb?
There are two main light colors that most people
might know, the cool and the warm.
The cool white bulb has a temperature of 4,100k,
this causes the color to go in a
low range of blues. The warm bulbs have a color
temperature of 3,000k, causing it
to a reddish and orange color.

6. Why is electricity a good form of energy?
• Electricity is
a good form of
energy because it can help
people everyday.
• You use electricity for
computers, lights, lasers,
hospitals, homes, and every
where you go.
•Electricity can change into
other forms of energy like solar
energy, hydroelectricity, and
wind turbines.

7. Why is electricity so essential for our life?
•Electricity is the power to everything in this
age of time
•People use it everyday to help them, self
pleasure, and everything else in life that you
need
• it also help in life saving
• take Google, it helps you to find
information, websites with information
about something you might not know

8. What other forms of energy can
electricity can change into?
Electricity can be changes=d to solar energy,
hydroelectric energy, and wind turbines, etc.

9. •A neon light is the sort of light you see used in
advertising signs. These signs are made of long,
narrow glass tubes, and you can bent them into any
shape. The tubes have different colors because of the
color of the tube.
• A fluorescent light works on a similar idea but it has
an extra step. Inside a fluorescent light is low-pressure
mercury vapor. When ionized, mercury vapor emits
ultraviolet light.