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May 10th, 2016, 05:56 PM
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RPMT Mock Test in Hindi
Hi I would like to have the prvious year question paper for the Rajasthan Pre Medical Test (RPMT) which is in Hindi language as well? The Rajasthan Pre Medical Test (RPMT) is an on-going National Program of Fellowships in Basic Sciences, started and financed by the Department of Science and Technology, Government of India, Rajastan Pre Medical Test RPMT BDS Previous papers for all subjects, are vital to each hopeful who are get ready for RPMT. RPMT Paper Pattern :- The placement test has two sections which are :- Part I :- Physics and Chemistry having 50 addresses each. Part II :- Botany and Zoology having 50 addresses each. RPMT Eligiblity:- Understudies ought to pass their class 10+2 with least of half stamp having subjects like material science, science and science from a perceived board in Rajasthan. The qualified class under the state habitation will get required thought. The age of the hopefuls must be more than 17 and ought to be an inhabitant of the Rajasthan State. Some of the questions of the RPMT are as follows: The dimensions of energy per unit volume is the same as that of - torque pressure acceleration force The velocity of water flowing in a non-uniform tube is 20 cm/s at a point where the tube radius is 0.2 cm. The velocity at another point, where the radius is 0.1 cm is 80 cm/s 40 cm/s 20 cm/s 5 cm/s The excess pressure inside a soap bubble A is twice that in another soap bubble B. The ratio of volumes of A and B is 1 : 2 1 : 4 1 : 8 1 : 16 The absorptive power of a perfectly black body is zero infinity 0.5 1.0 A diatomic molecule has 1 degree of freedom 3 degrees of freedom 5 degrees of freedom 6 degrees of freedom The dimensions of energy per unit volume is the same as that of - torque pressure acceleration force A uniform thin ring of mass 0.4 kg rolls without slipping on a horizontal surface with a linear velocity of 10 cm/s. The kinetic energy of the ring is - 4 × 10–3 joules 4 × 10–2 joules 2 × 10–3 joules 2 × 10–2 joules A car of mass 1000 kg travelling at a speed of 72 km/hr hits a tree and comes to rest in 0.2 seconds. The average force on the car during the impact is - 36 × 104 N 1 × 105 N 36 × 107 N 36 × 105 N The distance x, in metres, travelled by a particle in time t seconds is given by x = 0.5 t3 + 2t2 The acceleration of the particle at t = 2 sec is 2 m/s2 4 m/s2 8 m/s2 10 m/s2 Please find the previous year question paper for the RPMT 2014 which is in Hindi as well: Last edited by Neelurk; June 9th, 2020 at 11:22 AM. |