Question

The amount of energy available in the wind is proportional to ___ of the wind speed....

The amount of energy available in the wind
is proportional to ___ of the wind speed.
(A) Square root power of two
(B) Square root power of three
(C) Square power
(D) Cube power

and prove the answer?

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
An energy company wants to choose between two regions in a state to install​ energy-producing wind...
An energy company wants to choose between two regions in a state to install​ energy-producing wind turbines. A researcher claims that the wind speed in Region A is less than the wind speed in Region B. To test the​ regions, the average wind speed is calculated for 60 days in each region. The mean wind speed in Region A is 13.9 miles per hour. Assume the population standard deviation is 2.8 miles per hour. The mean wind speed in Region...
Question 1 The pressure in a liquid is: A) independent of the depth B) linearly proportional...
Question 1 The pressure in a liquid is: A) independent of the depth B) linearly proportional to the depth C) proportional to the 3rd power of depth D) inversely proportional to the depth E) proportional to the 2nd power of depth Question 2 The reason for floating of some objects in water is due to: A) First law of thermodynamics. B) Archimedes’ principle. C) Hydrogen bond. D) Einstein Energy principle.    E) Earth magnetic poles. Question 3 The reason for...
An energy company wants to choose between two regions in a state to install​ energy-producing wind...
An energy company wants to choose between two regions in a state to install​ energy-producing wind turbines. A researcher claims that the wind speed in Region A is less than the wind speed in Region B. To test the​ regions, the average wind speed is calculated for 90 days in each region. The mean wind speed in Region A is 14.1 miles per hour. Assume the population standard deviation is 2.8 miles per hour. The mean wind speed in Region...
If the wind speed is too high causing the wind turbine to be overloaded, what control...
If the wind speed is too high causing the wind turbine to be overloaded, what control action can be taking to lower the output power of the wind turbine? List two possible actions
An energy company wants to choose between two regions in a state to install energy-producing wind...
An energy company wants to choose between two regions in a state to install energy-producing wind turbines. A researcher claims that the wind speed in Region A is less than the wind speed in Region B. To test the regions, the average wind speed is calculated for 60days in each region. The mean wind speed in Region A is 13.7 miles per hour. Assume the population standard deviation is 2.8miles per hour. The mean wind speed in Region B is...
Two alternative energy Solar energy and Wind energy work simutlaneously generate power each 2.5MW. if the...
Two alternative energy Solar energy and Wind energy work simutlaneously generate power each 2.5MW. if the solar intensity is 600 W/m2 and photovoltaic = 12,5%, module with size 80 cm x 50 cm. While wind turbine is diameter 25 m, velocity of te wind 12 m/s with turbine efficienct 40% then find: a) Total of modules that is needed b) Total of panels, if each panels consists of 16 modules c) Total of wind turbines needed Assumed wind at standard...
The speed of sound is proportional to the square root of the absolute temperature, defined by:...
The speed of sound is proportional to the square root of the absolute temperature, defined by: Tabs = 273 + Tc where Tc is the temperature in degrees Celsius. A trumpet is tuned to B♭ (466 Hz), when it is initially cold at 20◦C. After playing for a while, it warms up to 30◦C. What is the new frequency of the trumpet (i.e., how far out of tune is it)? Assume the speed of sound at 20◦C to be 343...
A wind power system rated at 800 kW with mean annual wind speed of 7 m/se....
A wind power system rated at 800 kW with mean annual wind speed of 7 m/se. The capital investment cost is $500,000 with additional installation, infrastructure and financing at 30% of the capital cost. The operation and maintenance, insurance, and land lease is at 5% of capital cost. The interest rate is at 4%. Assume the total annual energy product is 980,000 KWH, determine the power generation cost of a 10 years repayment and 20 years repayment. Assume the energy...
The opposite of a wind turbine is an electric fan: The electric energy that powers the...
The opposite of a wind turbine is an electric fan: The electric energy that powers the fan is converted to the kinetic energy of moving air. A fan is putting 1.0 J of kinetic energy into the air every second. Then the fan speed is increased by a factor of 2. Air moves through the fan faster, so the fan moves twice as much air at twice the speed. How much kinetic energy goes into the air every second? Note:...
The opposite of a wind turbine is an electric fan: The electric energy that powers the...
The opposite of a wind turbine is an electric fan: The electric energy that powers the fan is converted to the kinetic energy of moving air. A fan is putting 1.8 J of kinetic energy into the air every second. Then the fan speed is increased by a factor of 2. Air moves through the fan faster, so the fan moves twice as much air at twice the speed. How much kinetic energy goes into the air every second? Express...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT