BIO503 Current Midterm Papers 2022 - VU Answer

BIO503 Current Midterm Paper 2022

Are you looking for BIO503 Current Midterm Papers 2022? If yes, then you visit the right site. Here are BIO503 Current Papers 2022. BIO503 Midterm Past Papers 2022.


Students must prepare these bio503 midterm current papers in 2022. Also, it can give bio503 midterm paper essential topics, questions an overview of the paper.


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State equation of enthalpy?

Write two methods which reduces the friction?

Define burdon tube, pressure transducer or barometer.

Differentiate between gauge pressure and vacuum pressure.

What is Carrier protein? Explain.

Example of diffusion in plants?

My Bio503 paper. 

Mcqs some from past.

Centrifuge.Cell membrane function. 

Hydrogen bond in water. 

Cause of friction. 

Biophysical techniques.

See Also Below Links:

BIO503 Midterm Past Papers

BIO503 Quiz 1 Solution

BIO503 Handouts PDF

Bio503 _ Biological physics 

Objective part: 

 20 marks 

Subjective part: 

20 marks 

 Q1. How order and disorder related to living system? 5 marks 

 Q2. Dipole forces in ICI. 5 marks 

 Q3. State two applications of biophysics? 2 marks 

 Q4. Hydrogen bonding?. 3 marks 

 Q5. Three components of gel filtration? 3 marks 

 Q6. Define simple diffusion? 2 marks

Bio503 Midterm

What is first law of Thermodynamics and write mathematical form of first law or thermodynamics?

What is hplc?

What is NMR?

What is heat of hydrogination?

Write chemical structure of DNA?

What are carrier proteins Describe?

MCQs from ppt

Check Also Most Important Materials:

All Midterm Past Papers Solved Mega Files Subject Wise - DOWNLOAD

VU All Subjects Wise Handouts PDF - DOWNLOAD

VU Midterm MCQs Mega File - DOWNLOAD


1 What are extensive properties   

2 Differences between heat and energy

3 examples of ion-dipole force

4 principles of gel filtration chromatography

5 what are friction and its unit


1. common name of solvent in NMR.

2. 5 name of physical techniques

3.4 name of non-polar amino acid

4. Dna location in prokaryotic s

5.diffusion in.plants.

6. principle of Gel filtration chromatography


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