RUHS Paramedical Previous Year Question Papers PDF with Solutions

RUHS Paramedical Previous Year Question Papers PDF Download

Candidates preparing for the RUHS paramedical exam should regularly practise previous year papers to understand question trends and important concepts. Solving PYQs also helps students improve confidence and familiarity with the actual examination pattern.

RUHS Paramedical Important Questions with Answers

Check these important paramedical entrance exam questions with solutions for RUHS exam practice.

Biology

Quest 1: Histone proteins are rich in:

1) Aspartic acid and glutamic acid

2) Alanine and isoleucine

3) Proline and valine

4) Lysine and arginine

Correct Option: 4. Lysine and arginine

Explanation:

Histones are positively charged due to the presence of basic amino acids such as lysine and arginine. These help histones bind with the negatively charged DNA backbone to form nucleosomes.

Ques 2: The DNA sequence that provides the binding site for RNA polymerase is called:

1) Promoter site

2) Operator site

3) Terminator site

4) Structural site

Correct Option: 1. Promoter site

Explanation:

The promoter is the upstream DNA sequence where RNA polymerase binds to initiate transcription. In eukaryotes, it commonly contains the TATA box.

Ques 3

Which cell is responsible for androgen secretion?

1) Sertoli cells

2) Interstitial cells

3) Leydig cells

4) Sperm

Correct Option: 3. Leydig cells

Explanation:

Leydig cells present in the testes produce testosterone under the regulation of luteinising hormone (LH).

Physics

Ques 1: The barrier potential in a P-N junction is maximum in:

1) Forward bias condition

2) Reverse bias condition

3) Zero-bias condition

4) When used as a rectifier

Correct Option: 2. Reverse bias condition

Explanation:

In reverse bias, the depletion region widens, which increases the barrier potential of the P-N junction.

Ques 2: The resistance of a wire is $5\Omega$ at $50^\circ\text{C}$ and $6\Omega$ at $100^\circ\text{C}$. Its resistance at $0^\circ\text{C}$ will be:

1) $1\Omega$

2) $2\Omega$

3) $3\Omega$

4) $4\Omega$

Correct Option: 3. $3\Omega$

Explanation:

Using the relation:

$R = R_0(1 + \alpha T)$

and solving the two equations for the given temperatures gives:

$R_0 = 3\Omega$

Ques 3: If magnetic flux through a coil is $\Phi = 3t^2 + 4t + 9$, then the EMF at $t = 2\ \text{sec}$ is:

1) $3\ \text{V}$

2) $16\ \text{V}$

3) $9\ \text{V}$

4) $6\ \text{V}$

Correct Option: 2. $16\ \text{V}$

Explanation:

EMF induced:

$\text{EMF} = -\dfrac{d\Phi}{dt}$

$\text{EMF} = -(6t + 4)$

At $t = 2$:

$\text{EMF} = -(12 + 4) = -16\ \text{V}$

Magnitude of EMF $= 16\ \text{V}$

Chemistry

Ques 1: Which acid is present in vinegar?

1) Formic acid

2) Lactic acid

3) Citric acid

4) Acetic acid

Correct Option: 4. Acetic acid

Explanation:

Vinegar contains acetic acid $(\mathrm{CH_3COOH})$, produced during the fermentation of ethanol.

Ques 2: Which element shows the maximum oxidation state?

1) Fe

2) Mn

3) Cr

4) Cu

Correct Option: 2. Mn

Explanation:

Manganese shows a maximum oxidation state of $+7$, as seen in potassium permanganate $(\mathrm{KMnO_4})$.

Ques 3: The half-life of a first-order reaction is:

1) Inversely proportional to initial concentration

2) Independent of initial concentration

3) Directly proportional to initial concentration

4) Dependent only on temperature

Correct Option: 2. Independent of initial concentration

Explanation:

For a first-order reaction:

$t_{1/2} = \dfrac{0.693}{k}$

The formula does not contain concentration, so the half-life is independent of the initial concentration.

The following questions are based on previous year trends and commonly asked concepts from RUHS paramedical and allied healthcare entrance examinations.

RUHS Paramedical Exam 2026 Overview

The Rajasthan University of Health Sciences (RUHS) conducts a paramedical entrance exam for admission into various allied healthcare and paramedical courses offered by participating institutions across Rajasthan. The exam is conducted for courses related to healthcare, diagnostics, medical laboratory technology, radiology, and other allied science fields.

Most RUHS paramedical entrance exams are based on the Class 11 and 12 NCERT syllabus and include objective-type MCQs from Physics, Chemistry, Biology or Mathematics.

Why Solve RUHS Paramedical Previous Year Papers?

Practising RUHS paramedical previous year papers is one of the most effective preparation strategies for the exam.

Benefits of Solving RUHS PYQs

• Understand the latest exam pattern and question trends

• Identify repeated concepts and important chapters

• Improve speed and time management

• Build confidence for the final examination

• Analyse strong and weak areas

• Improve accuracy in MCQ solving

• Practise real exam-level questions

• Strengthen NCERT-based preparation

Candidates who regularly solve previous year papers generally perform better because they become familiar with the actual difficulty level and frequently asked topics.

Expert Tips to Score Better in RUHS Paramedical Exam

Following the right preparation strategy can improve overall performance and confidence.

Expert Suggestions

• Prioritise NCERT-based preparation

• Solve chapter-wise MCQs daily

• Maintain a separate PYQ notebook

• Revise important diagrams regularly

• Focus more on Biology and Chemistry

• Practise full-length tests weekly

• Improve speed and accuracy together

Consistency and regular revision are the key factors for scoring well in the exam.

Last-Minute Tips for RUHS Paramedical Exam

The final phase before the RUHS paramedical exam should focus completely on revision, mock test practice, and improving accuracy instead of learning new topics.

• Revise NCERT Biology concepts, diagrams, and definitions regularly.

• Solve previous year question papers and mock tests daily.

• Focus more on high-weightage chapters and repeated topics.

• Revise important Physics formulas and Chemistry reactions.

• Analyse mistakes from mock tests and avoid repeating them.

• Practise time management through full-length tests.

• Avoid studying too many new topics at the last moment.

• Maintain short notes for quick revision.

• Stay calm and confident, and maintain a proper sleep schedule before the exam.