Answer:Prepare plans with detailed drawings that include project specifications and cost estimates.
Design and execute engineering experiments to create workable solutions.
Develop engineering calculations, diagrams and technical reports.
Explanation:
Answer:
The answer is
Explanation:
The compressibility factor
Answer:
The world wars. Most notably world War II
Explanation:
The demand for aircrafts during these events led to extensive research into the design of aircrafts. Aircraft advanced within these years from a simple design to a more complex design; capable of carrying fire power and even became bomb equipped. Also, the material of choice of production moved from wood to metal and the engine was improved on to gain more speed and maneuverability.
Answer:
W = 377.312 KJ/kg
P =1131.937 KW
Explanation:

V_1 =15m/s
P_1 = 1200kPa
T_1 = 350 DEGREE C
For above value , and from super heated tables H_1 = 3153.3 Kj/kg
P_2 = 100kPa
T_2 = 150 degree C
For above value , and from super heated tables H_2 = 2776.1 Kj/kg
v_2 = 0
from energy equation

{ V_2 = 0, Q =0}

W = 377.312 KJ/kg
power is given as

P = 3*377.312 = 1131.937 KW