Answer:
Yes this claim is correct.
Explanation:
The shear stress at any point is proportional to the velocity gradient at any that point. Since the fluid that is in contact with the pipe wall shall have zero velocity due to no flow boundary condition and if we move small distance away from the wall the velocity will have a non zero value thus a maximum gradient will exist at the surface of the pipe hence correspondingly the shear stresses will also be maximum.
Answer:
(i) 3.5385 ohm, 3.768 ohm (ii) 39.89 A (III) 4773.857 W (vi) 348 var (vii) 0.9973 (viii) 4.1796°
Explanation:
We have given voltage V =120 volt
Frequency f=60 Hz
Resistance R =3 ohm
Inductance L =0.01 H
Capacitance C =0.00075 farad
(i) reactance of of inductor 

(ii) Total impedance 
Current 
(viii) power factor 
(VII) 

So power factor angle is 4.1796°
(iii) Apparent power 
(vi) Reactive power
Answer:
hello your question lacks the required diagram attached below is the diagram
answer : 58.47 N
Explanation:
The magnitude of the force acting on the Pin D
Fd = 
= 
= 58.465 N
Dx = 16.80 N
Dy = 56 N
hello attached below is the detailed solution
Answer:

Explanation:
Data given
temperature =700c
Density=10.35g/cm^3
but

Nv is the number of vacant site and N is the number of lattice site.
Since the number of lattice site can also b computed as

if we substitute the value of the number of lattice into the first equation, we arrive at
