The problem asks us to calculate the pressure exerted by a storage tank on the ground, given that the tank exerts a force of 10000 newtons and the base of the tank in contact with the ground is a 4m by 2m rectangle. We are given the formula $pressure = \frac{force}{area}$.

1. Problem Description

The problem asks us to calculate the pressure exerted by a storage tank on the ground, given that the tank exerts a force of 10000 newtons and the base of the tank in contact with the ground is a 4m by 2m rectangle. We are given the formula $pressure = \frac{force}{area}$.

2. Solution Steps

First, we need to calculate the area of the base of the tank.

The base is a rectangle with dimensions 4m and 2m.

The area of a rectangle is given by:

$Area = length \times width$

$Area = 4m \times 2m = 8 m^2$

Now, we can calculate the pressure using the formula $pressure = \frac{force}{area}$.

$Pressure = \frac{10000 \text{ newtons}}{8 m^2}$

$Pressure = 1250 \text{ newtons}/m^2$

3. Final Answer

The pressure on the ground due to the tank is 1250 newtons/m².