The human eye contains liquid.
The liquid exerts a pressure on the inside of the eye.
This pressure is higher than atmospheric pressure from the air on the outside of the eye. Explain, in terms of molecular motion, how the air exerts a pressure on the outside of the eye.
Answers
Answered by
0
☞. REQUIRED ANSWER :-
ANS - 1 . The liquid exerts a pressure on the inside of the eye. This pressure is higher than atmospheric pressure from the air on the outside of the eye. Explain, in terms of molecular motion, how the air exerts a pressure on the outside of the eye.
HOPEFULLY IT HELPFUL YOU ☑️☑️☑️
Similar questions