Sunscreen quiz
See how much you know about protecting your skin.
Question 1
Physical sunscreens form a layer on your skin that reflect ultraviolet radiation. True or false?
- True
- False
Feedback:
- That's right, physical sunscreens, such as zinc, block out ultraviolet radiation and prevent UVA and UVB from getting to your skin.
- No, physical sunscreens, such as zinc, block out UVA and UVB.
Question 2
How long before going outdoors should you apply sunscreen?
- 5 minutes
- 10 minutes
- 20 minutes
- 1 hour
Feedback:
- No that is not long enough
- No, a little bit longer would be better.
- Yes, that's correct
- That's a bit too long
Question 3
The type of sunscreen that forms a layer on the skin that absorbs ultraviolet radiation is called
- Chemical sunscreen
- Coconut sunscreens
- Tanning sunscreens
- Physical sunscreens
Feedback:
- That's right,chemical sunscreens absorb ultraviolet radiation.
- Try again!
- Try again!
- No, physical sunscreens form a barrier on the skin and reflect ultraviolet radiation.
Question 4
What sun protection factor should you use in summer?
- SPF 4
- SPF 10
- SPF 15
- SPF 30
Feedback:
- No, you will need more protection than that.
- No you will need more protection than that.
- No, you will need more protection than that.
- Correct, this will give you good protection.
Question 5
What is the name of the natural pigment found in your skin that protects you from ultraviolet radiation?
- Melanoma
- Melanin
- Chlorophyll
- Malodour
Feedback:
- No, this is a dangerous form of skin cancer.
- Yes that's correct!
- No, this is a plant pigment.
- No, look elsewhere for an answer.
Question 6
How often should you reapply sunscreen?
- Once a day
- Every two hours
- Every six hours
- Every half an hour
Feedback:
- No, you would be sunburnt.
- That's right!!
- You are risking getting sunburnt.
- No that is too often.
Question 7
Sunburn is caused by
- Infra-red radiation
- Microwaves
- Ultraviolet
- Radio waves
Feedback:
- No this is what you skin feels as heat.
- No, microwaves are used for heating.
- That's it!
- No, radio waves do not have enough energy.