MUGHAL PERIOD COMPLETE ✅ PART 2 The Mughal Courts

The period of sin^(2) theta , is

The time period of a freely suspended magnet is 4 seconds. If it is broken in length into two equal parts and one part is suspended in the same way, then its time period will be

Time period for a magnet is T. If it is divided in four equal parts along its axis and perpendicular to its axis as shown then time period for each part will be

The length of a magnet is large compared to its width and breadth. The time period of its oscillation in a vibration magnetometer is 2 s . The magnet is cut along its length into three equal parts and these parts are then placed on each other with their like poles together . The time period of this combination will be

The length of a magnet is large compared to its width and breadth. The time period of its oscillation in a vibration magnetometer is 2 s . The magnet is cut along its length into three equal parts and these parts are then placed on each other with their like poles together . The time period of this combination will be

A : Noble gases have highest ionization energies in their respective periods . R : The outer most sub-shell of noble gases in which electron enters is completely filled .

A Rajput soldier sits on a horse next to a river. Across the river there is a hill and atop the hill is a fortress. He sees a Mughal. Sitting on the fortress's top wall. There is a full moon, so he angrily shoots an arrow at an angle 53^(@) relative to the horizontal. The arrow hits Mughal after a 2 second flight. The horizontal distance from Rajput to Mughal is 30 meters. The arrow is 3 meters above the river when Rajput shoots it. (a) What is the original velocity , vec(V) , of the arrow when Rajput shoots it ? (b) What is Mughal elevation above the river ? (c) What is the flight direction of the arrow the instant before it strikes Mughal, i.e., what is the angle, theta , between its direction and the horizontal when it skins into Mughal's tender flesh ?

If a spring has time period T, and is cut into (n) equal parts, then the time period of each part will be.

A thin magnetic needle oscillates in a horizontal plane with a period T. It is broken into n equals parts. The time period of each part will be