vu mgt504 Mid Term Subjective Solved Past Paper No.3
vu mgt504 Organization Theory & Design Solved Past Papers
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The principal that net electric charge is neither created nor destroyed but is transferable from one material to another.
So the Charge is also said to be conserved.
Charge conservation is a physical law that states that the change in the amount of electric charge in any volume of space is exactly equal to the amount of charge flowing into the volume minus the amount of charge flowing out of the volume. In essence, charge conservation is an accounting relationship between the amount of charge in a region and the flow of charge into and out of that
region.
Mathematically, we can state the law as a continuity equation:
Lets suppose r1 and r2 are the two position vectors of a particle and it takes time To move from one point to the other then the instantaneous velocity can be find
By d=r2-r1 the instantaneous velocity
V(ins)=lim (delt'0)(del d)/(del t)
V(avg)=del v/del t
Shearing stress =F/A
And all 1 to 22 chapters formulas in easy format.
Shearing stress*A=F
4.2 * 108 *.01m=F
.042 N/m3=F
Forces in x direction = 0
Forces in Y = F1 + F2 - W
Given:
L = 3.00 m F1 = 60 N
W = 160 N F2 = and x2 = ?
Sum of forces and torques = 0
All Midterm solved MCQZ (With reference) and related subjective of PHY101.
Solved by Saher
And all 1 to 22 chapters formulas in easy format.
Sum Force = F1 + F2 - W = 0
60N + F2 - 160 N = 0
F2 = 100 N
My pivot point is at F2.
Sum of torques = 0
Torque F1 = F1(L - x2)
Torque F2 = 0 b/c at pivot point
Torque W = W(L/2 - x2)
Wave functions contain all the measurable information about the particles Wave functions are continuous.
They allow energy calculations via schrodinger equation.
They establish the probability distribution in three dimensions.
They permit calculation of most probable values of given variables.
When the front wheels leave the cliff, the car begins to rotate forward because the front end is already beginning to fall, turn the car around the back axle. Thus by the time it is fully airborne, it is already rotating.
Remember that acceleration due to gravity is around 9. 8 meters/ second PER SECOND, so the front of the car is already falling faster than the rear!
--or--Well, for a while, the rear wheels are still up on the cliff, but the font wheels are in the air and nothing is holding them up. So as the centre of gravity of the car starts to fall, the front wheels go down while the rear ones are still being supported. Consequently, some rotation is put on the car. Conservation of momentum causes the car to continue to tumble forward even after the real wheels have left the top of the cliff.
