Answer:
The velocity at the nozzle at inlet 
= 3584 
Explanation:
Pressure at inlet 
= 1 × 
Pa
Temperature at inlet 
= 518 ° c = 791 K
Mass flow rate = 
= 88.7
Gas constant for carbon die oxide is R = 189 
Mass flow rate inside the nozzle is given by the formula = 
× 
×
⇒ = = 1 × Pa
⇒ R = 791 × 189 = 149499 
⇒ = 0.0037 
Put all the above values in above formula we get,
⇒ 88.7 = 
× 0.0037 ×
⇒ = 3584
This is the velocity at the nozzle at inlet.
A closed space zone is one that is obstrutced in some way.
Hope this helps :)
Answer:
speed and time are Vf = 4.43 m/s and t = 0.45 s
Explanation:
This is a problem of free fall, we have the equations of kinematics
Vf² = Vo² + 2g x
As the object is released the initial velocity is zero, let's look at the final velocity with the equation
Vf = √( 2 g X)
Vf = √(2 9.8 1)
Vf = 4.43 m/s
This is the speed with which it reaches the ground
Having the final speed we can find the time
Vf = Vo + g t
t = Vf / g
t = 4.43 / 9.8
t = 0.45 s
This is the time of fall of the body to touch the ground
Answer:
If you apply a force to separate 2 opposite poles, the potential energy of the system increases.
C. Age structure. Hope I helped :)
