How many questions are there in this paper?

There are 100 questions in this paper.

What type of questions are included in this paper?

This paper includes MCQ (Multiple Choice Questions) type questions.

Is this paper available for download?

Yes, this paper is available for download in PDF format.

What is the paper code or name?

The paper name is Physics Actual.

What region is this exam associated with?

This exam is associated with Rajasthan Government Jobs.

RPSC Lecturer Physics Actual 2014 Question Paper PDF

Rajasthan Government Jobs Lecturer 2014

Year 2014
Conducted By RPSC
Questions 100
Maximum Marks 100
Duration 120 minutes Hours
Languages English

Exam Details

Detail	Information
Examination	LECTURER (TECH. EDU.)
Year	2014
Conducting Body	RPSC
Paper	Physics Actual
Subject	Physics
Duration	120 minutes Hours
Maximum Marks	100
Number of Questions	100
Question Type	Objective (MCQ)

This is the official question paper for the RPSC Lecturer (Technical Education) examination held in 2014 for the Physics subject. The paper, titled 'Physics Actual', consists of 100 objective multiple-choice questions and has a total duration of 120 minutes for a maximum of 100 marks. Aspirants preparing for the RPSC Lecturer exam can use this paper to understand the exam pattern, difficulty level, and important topics covered. Practicing with previous year papers like this one is crucial for effective exam preparation and improving performance. This previous year LECTURER (TECH. EDU.) 2014 question paper (2014) is useful for Lecturer aspirants preparing for Rajasthan government recruitment. The paper was conducted by RPSC and reflects the official exam pattern, marking scheme and difficulty level seen in recent cycles. Use it for timed practice, topic-wise revision and understanding how questions are framed in the real examination. Download the free PDF on QuizCurrent to read instructions, attempt MCQs and compare your answers with the study notes provided on this page. Key syllabus areas include Circular Rod, Modulus of Rigidity, River Crossing, Velocity, Simple Pendulum, Acceleration, Fixed Sphere, Particle Motion. Useful for LECTURER (TECH. EDU.) preparation. Helps understand the latest exam pattern. Useful for practice and self-assessment.

Major Topics Covered

Circular Rod
Modulus of Rigidity
River Crossing
Velocity
Simple Pendulum
Acceleration
Fixed Sphere
Particle Motion
Central Force
Energy
Speed

Why This Paper is Important

Useful for LECTURER (TECH. EDU.) preparation
Helps understand the latest exam pattern
Useful for practice and self-assessment
Covers frequently asked General Studies topics
Helpful for analysing question trends

Related Resources

RPSC Lecturer Chemistry 2014 Question Paper
RPSC Lecturer Mathematics 2014 Question Paper
RPSC Lecturer Physics 2016 Question Paper
RPSC Lecturer Physics 2018 Question Paper
RPSC Lecturer Physics 2014 Answer Key
RPSC Lecturer Physics Syllabus
Physics Syllabus for Competitive Exams
RPSC Lecturer Exam Pattern

Instructions

A couple of magnitude N dynes/cm is applied at the open end resulting in deflecting a mirror fixed near this end to deflect the spot of light by 10cm on a scale kept at a distance of 1m.
If the modulus of rigidity of the bar is \eta = 8.0 \times 10^{11} dynes/cm2, calculate N?
Options: 1.6 \times 10^6dynes/cm 1.6 \times 10^7 dynes/cm 2.56 \times 10^6 dynes/cm

Questions (page 2)

Q2. A champion swimmer wants to cross a river spanning 2 km. The velocity of the flow of water in the river is 6 km/hr. The swimmer desires to go exactly to the opposite end. His maximum speed in still water is 10 km/hr. Find the time he would take to cross the river?

(a) 10 min.
(b) 15 min.
(c) 20 min.
(d) 25 min.

Q3. A car of mass M has a simple pendulum suspended from its ceiling. If at any instant the pendulum makes an angle θ with the vertical, the acceleration, a, of the car is given by

(a) a = tan θ
(b) a = cos θ
(c) a = M tan θ
(d) a = M cos θ

Q4. Consider a fixed sphere of radius R and a particle of mass M slides on its surface from the topmost point and leaves the contact with the sphere at an angle θ. The angle θ is given by

(a) cos^-11/3)
(b) sin^-11/3)
(c) cos^-12/3)
(d) sin^-12/3)

Q5. A central force \vecf = -k (\hatr)/(r²) acts on a particle of mass M. If the total energy of the particle is E, then its speed V is given by

Question paper preview

Scanned pages 1–2 for reference. Download the official PDF for the full paper.

RPSC Lecturer Physics Actual 2014 question paper page 1 scan PDF download, showing exam name, subject, duration, marks, and paper details. — Page 1

Free question paper download

Download question paper PDF

6.5 MB
54 pages
PDF format

Frequently asked questions

What is the full name of the exam for which this question paper is?

The full name of the exam is LECTURER (TECH. EDU.).

Which conducting body organized this exam?

The exam was conducted by RPSC.

What is the subject of this question paper?

The subject of this question paper is Physics.

In which year was this RPSC Lecturer exam conducted?

This exam was conducted in the year 2014.

What is the total duration allowed for the exam?

The total duration allowed for the exam is 120 minutes.

What is the maximum marks for this paper?

The maximum marks for this paper is 100.

← Back to Lecturer papers · Rajasthan Government Jobs