Answer:
Step-by-step explanation:

Answer: Monitors A and B
Step-by-step explanation:
The similar monitors based on display resolution are those with similar ratios.
Take the ratios to their simplest forms to see which are similar.
Monitor A
= 640 : 480
= 16 : 12
= 4 : 3
Monitor B
= 800 : 600
= 8 : 6
= 4 : 3
Monitor C
= 1,280 : 800
= 32 : 20
= 8 : 5
<em>Monitors A and B are similar as they have the same display ratio. </em>
(5b, -1z)
You have to multiply the B and the C by 5 to get the original equation or you could divide the original equation by 5
I support this answer it’s correct I see it ♥️
The simplest multicecullar organism is alga