water, of density 1000 kg/m3, is flowing in a drainage channel of rectangular cross-section. the width of the channel is 15 m, the depth of the water is 8.0 m and the speed of the flow is . at what rate is water flowing in this channel?

Respuesta :

Water flow rate = 300000 kg/s/300000 liters/second. When describing water, people frequently use adjectives like murky, dappled, chaotic, or tranquil. It is described as being brackish, white, crystalline, and emerald.

Adjectives are the most straightforward method to describe water. People often use words like murky, dappled, tumultuous, or calm to describe water. They describe it as white, crystalline, emerald, and brackish. either incomprehensible, shallow, filmy, or deep. First, we may calculate the amount of fluid that flows through the channel every second using the section of the channel, the depth of the water, and the fluid's speed:

Volume per time is equal to 15m x 8m x (2.5m/s) = 300m3/s.

We may calculate the kilograms or liters of water that flow through the channel each second by multiplying this volume of circulating fluid by the density of the water:

Water flow rate is equal to 300 m3/s x 1000 kg/m3 x 300000 kg/s x 300000 l/s.

Considering that 1 kg of water is about equivalent to 1 liter of water.

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