List of top Questions asked in MHT CET

The reaction stated below is named as
Which among the following pairs of elements in their respective oxidation states will have the same value of effective magnetic moment?
Which of the following processes does not lead to coagulation?
Identify the products obtained by nitration of aniline in strongly acidic medium.
Which of the following compounds is obtained on heating primary amine with chloroform and alcoholic potassium hydroxide?
Why is observed molar mass of acetic acid in benzene greater than actual molar mass?
Addition of hydrogen bromide to but-2-ene and but-1-ene forms
The oxidation state of chlorine in its oxyacid depends upon
One amu is equal to,
Which of the following is obtained on alkaline hydrolysis of 1,1-dichlorocyclohexane?
Four spheres each of mass \( M \) and radius \( R \) are placed with their centres on the corners of a square of side \( L \). The moment of inertia of the system about any side of the square is
Identify the correct decreasing order of relative tendency of metals to undergo oxidation from the following.
Resultant of two forces \( F_1 \) and \( F_2 \) is of magnitude \( P \). If \( F_2 \) is reversed, the resultant of two forces is of magnitude \( Q \). The value of \( (P^2 + Q^2) \) is
Which among the following polymers is prepared by using Ziegler - Natta catalyst?
Which among the following vitamins must be included sufficiently in the diet to avoid haemorrhage?
In phase modulation, according to the information signal, a parameter of the carrier wave which is varied, is
A particle starting from mean position performs linear S.H.M. Its amplitude is \( A \) and total energy is \( E \). At what displacement its kinetic energy is \( \frac{3E}{4} \)?
A particle starting from mean position performs linear S.H.M. Its amplitude is \( A \) and total energy is \( E \). At what displacement its kinetic energy is \( \frac{3E}{4} \)?
A current carrying circular coil of area \( A \) produces magnetic field \( B \) at the centre. The magnetic moment of the coil is ( \( \mu_0 \) = permeability of free space)
A spring has length \( L \) and force constant \( K \). It is cut into two springs of length \( L_1 \) and \( L_2 \) such that \( L_1 = N L_2 \) (N is an integer). The force constant of the spring of length \( L_1 \) is
In vacuum, light takes time \( t \) to travel a distance \( d \) and it takes time \( T \) to travel a distance \( 5d \) in a denser medium. The critical angle of the given pair of media is
Two long thin parallel wires carrying current \( I \) separated by a distance \( d \) exert force \( F \) on one another. The distance between them is doubled and the current is decreased to \( \frac{1}{3} \). The force they exert on one another is
Two parallel plates separated by a distance \( d \) are kept at potential difference \( V \) volt. A charge \( q \) of mass \( m \) enters in parallel plates with some velocity. The acceleration of the charged particle will be
‘n’ number of waves are produced on a string in 0.5 second. Now the tension in a string is doubled (keeping radius constant). The number of waves produced in 0.5 second for the same harmonic will be
An electron in a stationary Bohr orbit of hydrogen atom jumps from 4th energy level to the ground state. The velocity that the photon acquired as a result of electron transition will be (h = Planck's constant, R = Rydberg's constant, m = mass of photon)