C because of the positioning of the initial ray of refraction
Answer:
10.028%
Explanation:
= Angle between polarizer
The polarized light after passing through first polarizer

The polarized light after passing through second polarizer

The polarized light after passing through third polarizer


The percent of the light gets through this combination of filters is 10.028%
Answer:
answer c: a mass and volume
Explanation:
no matter what elements are chosen, they all have a mass and volume measurement I believe
D - tertiary consumer
This is because it is the farther up to food chain.