## Kerala PSC Previous Years Question Paper & Answer

Title : Non Vocational Teacher in Physics (Senior)
Question Code :

Page:1

Below are the scanned copy of Kerala Public Service Commission (KPSC) Question Paper with answer keys of Exam Name 'Non Vocational Teacher in Physics (Senior)' And exam conducted in the year 2022. And Question paper code was '061/2022/OL'. Medium of question paper was in Malayalam or English . Booklet Alphacode was ''. Answer keys are given at the bottom, but we suggest you to try answering the questions yourself and compare the key along wih to check your performance. Because we would like you to do and practice by yourself.

page: 1 out of 15
Excerpt of Question Code: 061/2022/OL

Question Paper Code: 61/2022/0L
Category Code: 267/202

Exam: Non Vocational Teacher in Physics (Senior)
Date of Test 07-08-2022

Department Kerala Vocational Higher Secondary Education
Alphacode A

Questionz:-In the case of a simple pendulum with a rigid support, the constraint is
‘Acholonomic only
Bs-thenomic only
೦-005 rhenomic and holonomic
both scleronomic and holonomic

Question2:system is in equilibrium and iM, = 200g, what will be the value of M.?

و ۸:108

8-1519
61739
0:-2309

Question3:-Consider a frame S' which is rotating with an angular velocity w = (3t-+4)2+°).-5t f with respect to a fixed frame S having same origin. The position vector of a particle at
any instant as observed inS' frame is ¥ =t°t +6t +(4+ (۲ The Coriolis acceleration at time t = 1 is

മാമി ടിസി
Bot + 7p +28
೦-261: 49) அம்‌
0-741 - 118] 4204.
Question4:-If R. and Ry respectively represents the orbital radi of Earth and Mars, the ratio of orbital velocity of Mars to that of Earth around the Sun is

الا ال نظ

Question:-The angular speed of a partical moving under the action of a central force varies,
‘Acinversely as the distance from the the origin to the particle
Bs-inversely as the square of the distance from the origin to the particle
C-directly as the distance from the origin to the particle
Di-directly as the square of the aistance from the origin to the particle