5. fill in the names of the types of waves in the electromagnetic spectrum below. be sure to indicate the frequency and wavelength ranges for each type of wave. color the visible spectrum. label the low and high energy, frequency and wavelength ends of the spectrum.
diagram: visible spectrum, electromagnetic spectrum with boxes, and labels for high/low energy, frequency, wavelength
6. using the above electromagnetic spectrum that you just created, answer the following questions:
a. what color has the longest wavelength? red (written)
b. what electromagnetic wave has the shortest wavelength? gamma rays (written)
c. what color has the highest energy? purple (written)
d. what electromagnetic wave has the highest energy? gamma rays (written)
e. what color has the lowest frequency? red (written)
f. what electromagnetic wave has the highest frequency? gamma rays (written)
g. consider radio, infrared, visible and x - ray radiation. put them in order of increasing wavelength: radio, infrared, visible, x - ray (written)
h. consider red, green, blue and purple visible light. put them in order of increasing frequency: red, green, blue, purple (written)

Question

Accepted Answer

### Question 5 (Filling the Electromagnetic Spectrum):
The electromagnetic spectrum (from longest to shortest wavelength, lowest to highest energy/frequency) includes: Radio Waves, Microwaves, Infrared, Visible Light (Red, Orange, Yellow, Green, Blue, Violet), Ultraviolet, X - Rays, Gamma Rays.

- For the left side (low energy, low frequency, long wavelength): Radio Waves, Microwaves, Infrared.
- Visible Light: Red, Orange, Yellow, Green, Blue, Violet (from left to right in the visible box, with Red on the left - most of visible, Violet on the right - most).
- For the right side (high energy, high frequency, short wavelength): Ultraviolet, X - Rays, Gamma Rays.

### Question 6:
#### a.
# Explanation:
In the visible spectrum, wavelength decreases from Red to Violet. So Red has the longest wavelength.
# Answer:
Red

#### b.
# Explanation:
In the electromagnetic spectrum, Gamma Rays have the shortest wavelength (and highest energy/frequency).
# Answer:
Gamma Rays

#### c.
# Explanation:
In visible light, energy increases with frequency (and decreases with wavelength). Violet (or Purple, as a close approximation) has the highest energy.
# Answer:
Purple (or Violet)

#### d.
# Explanation:
Gamma Rays have the highest energy in the electromagnetic spectrum (due to highest frequency and shortest wavelength, $E = hf$, where $E$ is energy, $h$ is Planck's constant, $f$ is frequency).
# Answer:
Gamma Rays

#### e.
# Explanation:
In visible light, frequency is lowest for Red (since wavelength is longest, $c=\lambda f$, $c$ is speed of light, $\lambda$ is wavelength, $f$ is frequency). So Red has the lowest frequency.
# Answer:
Red

#### f.
# Explanation:
Gamma Rays have the highest frequency in the electromagnetic spectrum (from the relationship $c = \lambda f$ and their position as shortest wavelength).
# Answer:
Gamma Rays

#### g.
# Explanation:
Wavelength order (longest to shortest) of Radio, Infrared, Visible, X - ray: Radio (longest), Infrared, Visible, X - ray (shortest). So increasing wavelength (from shortest to longest) is X - ray, Visible, Infrared, Radio. Wait, no: "increasing wavelength" means from shortest to longest. X - ray has shorter wavelength than Visible, which is shorter than Infrared, which is shorter than Radio. So order: X - ray, Visible, Infrared, Radio. But the original answer in the image was wrong. Let's correct:
The correct order of increasing wavelength (shortest to longest) for Radio, Infrared, Visible, X - ray: X - ray (shortest wavelength), Visible, Infrared, Radio (longest wavelength). Because wavelength of X - ray < Visible < Infrared < Radio.
# Answer:
X - ray, Visible, Infrared, Radio

#### h.
# Explanation:
In visible light, frequency increases from Red to Violet (Purple). So order of increasing frequency: Red (lowest frequency), Green, Blue, Purple (highest frequency).
# Answer:
Red, Green, Blue, Purple

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QUESTION IMAGE

Question

Explanation:

Question 5 (Filling the Electromagnetic Spectrum):

Question 6:

a.

Answer:

b.