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A wave function is given to be πœ“(π‘₯) = 𝑁( π‘₯ /π‘₯0 )^ 𝑛𝑒 βˆ’π‘₯/π‘₯0, 𝑁, 𝑛, π‘₯0 π‘Žπ‘Ÿπ‘’ π‘π‘œπ‘›π‘ π‘‘π‘Žπ‘›π‘‘π‘  From Schrodinger wave equation find potential V(x) and the energy E for which πœ“(π‘₯) is an Eigen function.


Suppose i measure time to the nearest 1/100 of a second and get 1.78s , what is the absolute and relative precision?


A ladder rests against the top of the perpendicular wall of a building and makes an angle of 73o with the ground. If the foot of the ladder is 2 m from the wall, calculate the height of the building


what is the acceleration of sphere rolling down a plane inclined at an angle 30Β° to horizontal?
Show that the functions f(vt-x) represen a plane progressivee wave propagating in the positive X direction
A table with smooth horizontal surface is turning at an angular speed Omega about its Axis. A groove is made on the surface along a radius of and a particle is gently placed inside the groove at a distance a from the centre. Find the speed of the particle as its distance from the centre becomes L.
Plz solve it from inertial frame or without using centrifugal force
You have just got down at a railway station with a 25 kg luggage from a train. Luckily for you, the overbridge is just few feet away from where you got down and as a bonus, it is not a staircase but just an incline. The height of the overbridge is 15 feet and the distance you travel to reach the top of the overbridge is 25 feet. You happened to tilt the chain attached to your luggage parallel to the incline from the point of alighting at the railway platform to the top of the overbridge.

Case 1: You dragged the luggage at a constant acceleration of 1 m/s^2. Will the force with which you dragged it, also remain constant? If not, what is the variation? Take coefficient of kinetic friction between the luggage and surface as 0.2.

Case 2: You dragged the luggage by applying a constant force of 5 N. Will the magnitude of the acceleration also remain constant? If not, what is the variation? Take coefficient of kinetic friction between the luggage and surface as 0.2.

The lifetime of Ο€+-meson is 2.5x10-8 sec in its own frame of reference. If a beam of these mesons ofΒ velocity 2.4x108 m/s is produced, calculate the distance, the beam can travel before the flux of mesonΒ is reduced to 1/e2 times the initial value


What is maximum range in inclined plane.
What is maximum height in inclined plane.
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