The density of a certain brick is 2 × 10 cubic kilogram per cubic meter, the pressure it can bear is 5 × 10 quintic Pascal, and the length, width and height of the brick are 3 × 10 cubic kilogram per cubic meter The density of a brick is 2 × 10 cubic kilogram per cubic meter, the pressure it can bear is 5 × 10 quintic Pascal, and the length, width and height are 24, 12 and 6cm respectively What is the maximum height that can be built by using this brick to repair a cylindrical chimney? (g = 10 N / kg) Why H = P / ρ G

The density of a certain brick is 2 × 10 cubic kilogram per cubic meter, the pressure it can bear is 5 × 10 quintic Pascal, and the length, width and height of the brick are 3 × 10 cubic kilogram per cubic meter The density of a brick is 2 × 10 cubic kilogram per cubic meter, the pressure it can bear is 5 × 10 quintic Pascal, and the length, width and height are 24, 12 and 6cm respectively What is the maximum height that can be built by using this brick to repair a cylindrical chimney? (g = 10 N / kg) Why H = P / ρ G

The pressure formula: P = f / S = g / S = mg / S = ρ GV / S = ρ GSH / S = ρ GH
So: H = P / ρ G
You can calculate h by substituting the data