Physics-
General
Easy
Question
Statement 1:- One millimetre is equal to one million metres
Statement 2: - 1 mm = 10-3 m
- Statement 1 is correct and statement 2 is incorrect
- Both the statements are correct
- Statement 1 is incorrect and statement 2 is correct
- Both the statements are incorrect
The correct answer is: Statement 1 is incorrect and statement 2 is correct
Related Questions to study
physics-
In the above question, the standard unit is
In the above question, the standard unit is
physics-General
physics-
Choose the wrong statement
Choose the wrong statement
physics-General
physics-
Charge induced on the inner surface of cavity is
Charge induced on the inner surface of cavity is
physics-General
physics-
A positive point charge Q is kept (as shown in the figure) inside a neutral conducting shell whose centre is at C. An external uniform electric field E is applied. Then
A positive point charge Q is kept (as shown in the figure) inside a neutral conducting shell whose centre is at C. An external uniform electric field E is applied. Then
physics-General
physics-
A charge Q0 is placed at centre of spherical cavity of a conductor and another charge Q, is placed outside the conductor. The correct statement is:
A charge Q0 is placed at centre of spherical cavity of a conductor and another charge Q, is placed outside the conductor. The correct statement is:
physics-General
physics-
Four identical large metal plates are arranged parallel to each other, with equal gaps in between. They are given charges q, 2q, 3q and 4q (counting from any one side). The outermost plates are now shorted. The charge which flows through the shorting wire is
Four identical large metal plates are arranged parallel to each other, with equal gaps in between. They are given charges q, 2q, 3q and 4q (counting from any one side). The outermost plates are now shorted. The charge which flows through the shorting wire is
physics-General
physics-
Two concentric shells R and 2R charges qA and qB and potentials 2V and (3/2)V respectively. Now shell B is earthed and let charges 
Then
Two concentric shells R and 2R charges qA and qB and potentials 2V and (3/2)V respectively. Now shell B is earthed and let charges Then
physics-General
physics-
The minimum time in which the girl can stop from 9 m/s relative speed, to zero relative speed, without causing her shoes to slip is
The minimum time in which the girl can stop from 9 m/s relative speed, to zero relative speed, without causing her shoes to slip is
physics-General
physics-
The displacement of the trolley by the time the girl reaches the right end of the trolley, is
The displacement of the trolley by the time the girl reaches the right end of the trolley, is
physics-General
physics-
The ball B of mB = m is suspended from a light string of length L attached to cart A, of mass mA = m which can move freely on frictionless horizontal floor. If the ball is given an initial horizontal velocity V0 (as shown in figure). While cart is at rest. The maximum vertical distance H through which ball B will rise from initial level
The ball B of mB = m is suspended from a light string of length L attached to cart A, of mass mA = m which can move freely on frictionless horizontal floor. If the ball is given an initial horizontal velocity V0 (as shown in figure). While cart is at rest. The maximum vertical distance H through which ball B will rise from initial level
physics-General
physics-
A hollow, insulating spherical shell has a surface charge distribution placed upon it, such that the upper hemisphere has a uniform surface charge density 
, while the lower hemisphere has a uniform surface charge density 
, as shown in the figure. Their interface lies in x-y plane. Which of the following statement (s) is / are correct
A hollow, insulating spherical shell has a surface charge distribution placed upon it, such that the upper hemisphere has a uniform surface charge density , while the lower hemisphere has a uniform surface charge density , as shown in the figure. Their interface lies in x-y plane. Which of the following statement (s) is / are correct
physics-General
physics-
Using thomson’s model of the atom, consider an atom consisting of two electrons, each of charge –e, embeded in a sphere of charge + 2e and radius R. In equilibrium each electron is at distance d from the centre of the atom. What is equilibrium separation between electrons?
Using thomson’s model of the atom, consider an atom consisting of two electrons, each of charge –e, embeded in a sphere of charge + 2e and radius R. In equilibrium each electron is at distance d from the centre of the atom. What is equilibrium separation between electrons?
physics-General
physics-
Sand falls vertically at a rate of 50 kg/s from a stationary hopper on a horizontal conveyor belt moving at a speed of 1 m/s as shown in fig. If belt is perfectly inelastic, then what is the minimum power output of the engine which drives the belt with speed v = 1m/s
Sand falls vertically at a rate of 50 kg/s from a stationary hopper on a horizontal conveyor belt moving at a speed of 1 m/s as shown in fig. If belt is perfectly inelastic, then what is the minimum power output of the engine which drives the belt with speed v = 1m/s
physics-General
physics-
Two charges are placed near the origin: charge q1 = +3Q is placed at x = +d/ 2, and charge q2= –Q is placed at x = –d/2. Which of the following statement(s) is/are a valid description of the electric field arising from the two charges?
Two charges are placed near the origin: charge q1 = +3Q is placed at x = +d/ 2, and charge q2= –Q is placed at x = –d/2. Which of the following statement(s) is/are a valid description of the electric field arising from the two charges?
physics-General
physics-
A small ball of mass m is suspended from inextensible massless string of length L. At certain instant of time the velocity of point O is 
(rightward direction) & of ball A is 2 (leftward direction). Then tension in the string at this instant of time.
A small ball of mass m is suspended from inextensible massless string of length L. At certain instant of time the velocity of point O is (rightward direction) & of ball A is 2 (leftward direction). Then tension in the string at this instant of time.
physics-General
