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how gravitational acceleration varies with height .

Given three vector A=24i+33j, b=55 -12j and c=2i+43j

a) find magnitude of each vector

b) write an expression and direction of the vector difference A-B

d)in a vector diagram show A+B and A-B and also show the diagram agrees



Given: A particle is moving along a straight line such that its velocity is defined as v = (-4s2) m/s, where s is

in meters.

Find: The velocity and acceleration as functions of time if s = 2 m when t = 0.


I request you to help me get the right answer for the following questions.


1) What happens to the energies of our body when we are cremated or buried after death? Do these energies transfer to a new life form, living organism or transmit any other form?


2) What energies is our physio-psychological body made up of?



The components of a force are 5N and 12N along east and north directions ,the forces has magnitude are
Write electric field due to point charge.
suppose that two converging lens of focal length 10cm and 20cm are separated by 20.0cm.An object is placed 15.0cm to the left of lens 1. What is the position o the final image and magnification?
Object A travels in a straight line and has 100.0J of kinetic energy. It collides with a stationary object B of mass 3.0kg. After the collision assumed to be elastic, object A has 4.0J of kinetic energy. Determine the speed of object B after the collision.

1. A multimode step index fiber has a relative refractive index difference of 2% and core refractive index of 1.48. The maximum optical bandwidth that may be obtained with a particular source on a 5km link is 3Mhz. Determine the rms pulse broadening per kilometre resulting from chromatic dispersion mechanisms. Assuming waveguide dispersion to be negligible, estimate the rms spectral width of the source used, if the material dispersion parameter for the fiber at the operating wavelength is 80 ps nm-1 km-1.


2. A 1km length multimode step index fiber has a spectral width of 50nm with intermodal and intramodal dispersion of 10 ns/km and 100 ps/km respectively. Calculate the total dispersion and maximum bit rate.


what is the formation of layer of liquid
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