Answer :
The head of water can be determined by calculating the pressure of the water at the base of a water tower. The water pressure at the base of a water tower is 100.5 psi. Therefore, the head of water is 232.8 feet.
Water pressure is the pressure of water in a system. This pressure can be determined using a formula. A water tower is a storage tank that supplies water to a community. Water towers are tall structures that hold water and provide pressure for the water to flow through pipes into homes and businesses. The water pressure at the base of a water tower is determined by the height of the water in the tower.
The head of water is the height of water in a tank or water tower. The head of water can be determined by calculating the pressure of the water at the base of a water tower. The formula for calculating the head of water is:H = (P/0.433)where H is the head of water, P is the water pressure in psi, and 0.433 is a constant that converts psi to feet of water. Using this formula, the head of water can be calculated as:H = (100.5/0.433)H = 232.8 feet.
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The head of water in a water tower is determined by the height of the water surface above a point. In this scenario, a water pressure of 100.5 psi corresponds to a head of water around 232.8 feet.
The head of water in a water tower is the height of the water surface above a point, typically measured in units like feet or meters. In this case, the water pressure at the base of the water tower being 100.5 psi converts to a head of water of approximately 232.8 feet.
