Answer:
0.4
Step-by-step explanation:
1-0.6=0.4???????????????
Answer:
4.3155 kW
Step-by-step explanation:
Given,
speed of wind when enters into the turbine, V = 12 m/s
speed of wind when exits from the turbine, U = 9 m/s
mass flow rate of the wind = 137 kg/s
According to the law of conservation of energy
Energy generated = change in kinetic energy
Hence,energy generated in 1 sec can be given by
= 4315.5 J
So, the power generated in 1 sec will be given by
= 4315.5 W
= 4.13 kW
So, the power generated will be 4.13 kW.
Use the following formula:)
n+n+1=#
n+n+1=35
-1. -1
2n=34
\2. \2
N=17
Answer:
m<C = 101°
m<E = 46°
Step-by-step explanation:
*This was the only problem I could figure out so I'm sorry*
C equals 101° b/c 1/2 a circle angle equals 180° which is the line. Angle F and Angle C are corresponding interior angles (same side angles) so if both of them together should equal 180. 180 - 79 (<F) = 101 (<C).
You do the same thing to find Angle E b/c it's corresponding interior angles to Angle D.
I hope you understand this explanation