In the pressure equation, P represents the pressure on the object in pascals (Pa), F represents the force applied on the object in newtons (N), and A represents the area, in square meters, of the object over which the pressure is applied. What is the pressure applied inside a container having an inner area of 16 square meters over which a force of 1,306 newtons is applied?

Respuesta :

Answer:

The pressure applied inside a container having an inner area of 16 square meters over which a force of 1,306 newtons applied is 81.625 pascal.

Solution:

The pressure formula is given as,

[tex]p = \frac{f}{a}[/tex] ----- eqn 1

where

p is the pressure applied inside the container (pascal)

a be the inner area of the container ( square meters)

f be the force applied on the container (newton)

from question we get ,

f = 1306 newton

a = 16 square meters

hence by equation 1, we get

[tex]\mathrm{p}=\frac{1306}{16}[/tex]

p=81.625 pascal

hence the pressure applied inside the container is 81.625 pascal.

Answer:

The answer is 82 pascals

Step-by-step explanation:

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