Question

Question 5 [CO2] a) In hydropower technology, the rate of potential energy loss by the falling water is given by equation: $P_o = \rho QgH$ Using the principles from this equation, explain the following: i) The advantage of hydropower ii) The disadvantage of hydropower. (10 marks) b) Describe in detail the hydropower technology in Figure Q5 below: (10 marks)

          Question 5 [CO2]
a)
In hydropower technology, the rate of potential energy loss by the falling water is
given by equation:
$P_o = \rho QgH$
Using the principles from this equation, explain the following:
i)
The advantage of hydropower
ii) The disadvantage of hydropower.
(10 marks)
b) Describe in detail the hydropower technology in Figure Q5 below:
(10 marks)

Question 5 [CO2]
a)
In hydropower technology, the rate of potential energy loss by the falling water is
given by equation:
Po = ρ QgH
Using the principles from this equation, explain the following:
i)
The advantage of hydropower
ii) The disadvantage of hydropower.
(10 marks)
b) Describe in detail the hydropower technology in Figure Q5 below:
(10 marks)

Added by Stephanie L.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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Solved by Expert Shirin D

Step 1

In hydropower technology, potential energy loss by the falling water is converted into electrical energy. This means that the falling water has a high potential energy, which can be harnessed and converted into a usable form of energy. This is advantageous because Show more…

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Text: Fuel and energy utilization Question 5 [CO2] a) In hydropower technology, the rate of potential energy loss by the falling water is given by the equation: Po = pQgH Using the principles from this equation, explain the following: i) The advantage of hydropower ii) The disadvantage of hydropower. (10 marks) b) Describe in detail the hydropower technology in Figure Q5 below: Electric generator Turbine Dam Figure Q5: A hydropower technology (10 marks)