Exam Details
Subject | biologial simulations and modeling | |
Paper | ||
Exam / Course | m.sc bioinformatics | |
Department | ||
Organization | solapur university | |
Position | ||
Exam Date | November, 2016 | |
City, State | maharashtra, solapur |
Question Paper
Master of Science II (Bioinformatics) Examination: Oct/ Nov 2016
Semester IV (CGPA)
SLR No. Day
Date Time Subject Name Paper
No. Seat No.
SLR SR
89
Thursday
17/11/2016
02:30 PM
to
05:00 PM
Biological Simulation
and Modeling
C
I
Instructions: Part Question 1 is compulsory.
Attempt any four questions from Part II.
Part I and Part II should be written in same answer book.
Figures to the right indicate full marks.
Total Marks:70
PART I
Q.1 Rewrite the following sentences by selecting correct answers from given
alternative.
07
x=4.5 y=2 print What will be the output?
2.0 10.0
5.0 1.0
The function creates a Python file object.
Fopen() open()
fileopen() None of these
Python is type of language.
dynamic semi-dynamic
static None of these
X=true y=false z=false if x or y and print "yes" else: print "no"?
Yes no
compilation error None of these
Simulation is mimicking of
Virtual event Real event
both a b None
Simulation finds its application in
Physics Chemistry
Biology All
Energy is a parameter of
MD MC
both a b None
Page 1 of 2
Definitions: 07
Static
Classes
Object
Event
Population model
Energy minimization
Auto Dock
PART II
Answer any four of the following:
Q.2 Add a note on biological models of simulation. 14
Q.3 Explain working with files in python. 14
Q.4 Write a note on molecular mechanics with reference to bio-molecules. 14
Q.5 Explain string functions in python with example. 14
Q.6 Answers any two from the following: 14
Add a note on full geometry optimization.
Explain python editor in details.
Explain iterators in python with example.
Q.7 Write short notes on any two: 14
Examples of molecular dynamics
Functions in python
Input and Output
Semester IV (CGPA)
SLR No. Day
Date Time Subject Name Paper
No. Seat No.
SLR SR
89
Thursday
17/11/2016
02:30 PM
to
05:00 PM
Biological Simulation
and Modeling
C
I
Instructions: Part Question 1 is compulsory.
Attempt any four questions from Part II.
Part I and Part II should be written in same answer book.
Figures to the right indicate full marks.
Total Marks:70
PART I
Q.1 Rewrite the following sentences by selecting correct answers from given
alternative.
07
x=4.5 y=2 print What will be the output?
2.0 10.0
5.0 1.0
The function creates a Python file object.
Fopen() open()
fileopen() None of these
Python is type of language.
dynamic semi-dynamic
static None of these
X=true y=false z=false if x or y and print "yes" else: print "no"?
Yes no
compilation error None of these
Simulation is mimicking of
Virtual event Real event
both a b None
Simulation finds its application in
Physics Chemistry
Biology All
Energy is a parameter of
MD MC
both a b None
Page 1 of 2
Definitions: 07
Static
Classes
Object
Event
Population model
Energy minimization
Auto Dock
PART II
Answer any four of the following:
Q.2 Add a note on biological models of simulation. 14
Q.3 Explain working with files in python. 14
Q.4 Write a note on molecular mechanics with reference to bio-molecules. 14
Q.5 Explain string functions in python with example. 14
Q.6 Answers any two from the following: 14
Add a note on full geometry optimization.
Explain python editor in details.
Explain iterators in python with example.
Q.7 Write short notes on any two: 14
Examples of molecular dynamics
Functions in python
Input and Output
Other Question Papers
Subjects
- advanced bioinformatics
- advanced biophysical techniques
- advanced molecular biology
- basic biochemistry and immunology
- basic bioinformatics
- biologial simulations and modeling
- biological database management system
- cancer genetics and steam cell research (oet)
- cell biology and genetics
- clinical bioinformatics
- computational structure biology and drug designing
- emerging areas of bioinformatics
- industrial and environmental biotechnology
- introduction to html &biostatistics
- introduction to programming languages & programming through c & c++
- microbiology and biotechnology
- molecular medicine
- programming in object oriented languages (oet)
- research methodology and ipr in bioinformatics