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Which Path Requires the Most Energy
This condition that can be simulated through use of a easy physics lab in that a force is applied to raise a cart up an incline at stable speed to the top of a seat. Three various incline angles could be used to represent the three various paths up the mountain. The seat top represents the summit of the mountain. And the amount of gasoline (or energy) needed to ascend from the base of the mountain to the summit of the mountain would be represented through the amount of work completed on the cart to increase it from the floor to the seat top. The amount of work completed to raise the cart from the floor to the seat top is dependent upon the force applied to the cart and the displacement caused through this force. Classically results of such a physics lab are depicted within the animation below.
Inductors are the electronic components designed especially for introducing a required amount of inductance in the circuit. They are coils of wires, wound around some magnetic mate
An isotope of iodine (Z = 53) is used to treat thyroid conditions. Its mass number is 131. How many neutrons are in its nucleus? 131 - 53 = 78 neutrons
Schwarzschild radius The radius r of the event horizon for Schwarzschild black hole of mass m is provided through (in geometrized units) r = 2 m. In conventional units, r =
A battery and the plug points in the switch boards home give potential difference. What is the disimilar in the nature of the current given by the two? Compare and contrast the tw
HOW CAN A PURE SPECRUM BE PRODUCED IN THE LABOLATORY
Q. Give the basic assumptions made in free electron model of solid. OR Write down basic postulates of Sommerfield's free electron gas model. Show that the number of ene
definition and explanation
discussion
Magnitude of K.E. in an orbit is equal to: (1)Half of the potential energy (2)Twice of the potential energy (3)One fourth of the potential energy (4 ) None
consider a star orbitining in the sperically graviational potential Y=(Vc)2 ln(r/r0). a)use conservation of energy and angular momentum to obtain equation for dr/dt and d(teta)/dt
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