Answer:
The answer is "909.3928 KJ".
Explanation:

The method is isentropic since the cylinders are shielded.
Calculating the work:


Answer:
Control mechanisms
Explanation:
Organizational chart of any company will give details of different aspects of the company such as the major sub-units of the organization with the names of team leaders for different sub-units, it can also give you the span of control and the division of work within the company. However, the chart can't show you control mechanisms of different departments.
Then I walked into Mr. and Mrs. Frank's bedroom. On the floor, amidst the chaos of papers and books, my eye lit on the little red-orange checkered, cloth-bound diary that Anne had received from her father on her thirteenth birthday. She loves Anne and respects her work.
I hope this helps you.
Answer:
ΔKE=-347.278 kJ
ΔPE= 441.45 kJ
Explanation:
given:
mass m=900 kg
the gravitational acceleration g=9.81 m/s^2
the initial velocity
=100 km/h-->100*10^3/3600=27.78 m/s
height above the highway h=50 m
h1=0m
the final velocity
=0 m/s
<u>To find:</u>
the change in kinetic energy ΔKE
the change in potential energy ΔPE
<u>assumption:</u>
We take the highway as a datum
<u>solution:</u>
ΔKE=5*m*(
^2-
^2)
=-347.278 kJ
ΔPE=m*g*(h-h1)
= 441.45 kJ
Answer: 0.93 mA
Explanation:
In order to calculate the current passing through the water layer, as we have the potential difference between the ends of the string as a given, assuming that we can apply Ohm’s law, we need to calculate the resistance of the water layer.
We can express the resistance as follows:
R = ρ.L/A
In order to calculate the area A, we can assume that the string is a cylinder with a circular cross-section, so the Area of the water layer can be written as follows:
A= π(r22 – r12) = π( (0.0025)2-(0.002)2 ) m2 = 7.07 . 10-6 m2
Replacing by the values, we get R as follows:
R = 1.4 1010 Ω
Applying Ohm’s Law, and solving for the current I:
I = V/R = 130 106 V / 1.4 1010 Ω = 0.93 mA