Answer:
A. 6.36 lbm/s
b. 
Explanation:
a. Given the following information;
#Compressor inlet:
Air pressure,
#Compressor outlet:

#Cooling rate,

# From table A-1E
Gas constant of air 
Specific enthalpy at 
Using the mass balance:

Hence, the mass flow rate of the air is 6.36lbm/s
b The specific enthalpy at the exit is defined as the energy balance on the system:

Hence, the temperature at the compressor exit 
A strong wind blows over the house shown in the figure. The wind is much stronger over the house's roof than lower down, and the house has an open chimney. a window on the ground floor is open, and so are the doors inside the house. Air flow in the window and out the chimney .
Bernoulli's principle: Within a horizontal flow of fluid, points of higher fluid speed will have less pressure than points of slower fluid speed.
Since , the wind is much stronger over the house's roof than down , that means there will be less pressure over the house's roof than down the house . Since , gas travel from high pressure to low pressure . Hence , air flow in the window and out the chimney .
To learn more about Bernoulli's principle here :
brainly.com/question/2249706
#SPJ4
A shield Volcano
The other, Larger Volcano with steeper sides is a composite volcano
Answer:
11.56066 m/s
Explanation:
m = Mass of person
v = Velocity of person = 13.4 m/s
g = Acceleration due to gravity = 9.81 m/s²
v' = Velocity of the person in the second
The kinetic and potential energy will balance each other at the surface

Height of the cliff is 9.15188 m
Let height of the fall be h' = 2.34 m

The speed of the person is 11.56066 m/s
If their are choices you should list them. The givens are pretty specific though.
W = E * I is the answer
E (voltage) = W/I is a more refined answer. <<< answer.