August 16, 2022

BIO503 Current Midterm Papers 2022-Learnings home

Looking for BIO503 Current Midterm Papers 2022? If yes, then you are on the right page. Here are BIO503 Current Papers 2022. BIO503 Midterm Past Papers 2022.


Students must prepare these bio503 midterms in 2022. May also give bio503 midterms basic topics, questions the overview of the work.





Enthalpy equation of state?

Write two methods that reduce friction?

Define Bourdon tube, pressure transducer or barometer.

Differentiate between positive and negative pressure.

What is Carrier protein? Explain.

An example of diffusion in plants?


BIO503 Current Midterm Papers 2022

Mcqs some of the past.

Centrifuge. Cell membrane function.

Hydrogen bonding in water.

The cause of friction.

Biophysical techniques.


See also the links below:


BIO503 Midterm Past Papers


Solution to quiz 1 BIO503

BIO503 PDF handouts

Bio503 _ Biological Physics 

BIO503 Handouts PDF Download


Target part:

20 brands


Subjective part:

20 brands

Q1. How is order and disorder related to a living system? 5 brands

Q2. Dipole forces in ICI. 5 brands

Q3. Name two applications of biophysics? 2 brands

Q4. Hydrogen bonds?. 3 brands

Q5. The three components of gel filtration? 3 brands

Q6. Define simple diffusion? 2 brands


BIO503 Current Midterm Papers 2022

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

What is hplc?

What is NMR?

What is heat of hydrogenation?

Write the chemical structure of DNA?

What are carrier proteins Describe?

MCQs from ppt




Check out more links below:


EDU601 Midterm Past Papers


EDU601 documents in PDF format


EDU601 MCQ Midterm Mega Set




1 What are extensive properties

2 Differences between heat and energy

3 examples of the ion-dipole force

4 principles of gel filtration chromatography

5 what is friction and its unit


BIO503 Current Midterm Papers 2022

1. the general name of a solvent in NMR.

2. 5 name of physical technique

3.4 name of non-polar amino acid

4. Localization of DNA in prokaryotic s

5.diffusion in plants.

6. Principle of gel filtration chromatography