CuriousTab
Search
CuriousTab
Home
Aptitude
Computer
C Programming
C# Programming
C++ Programming
Database
Java Programming
Networking
Engineering
Biochemical Engineering
Biochemistry
Biotechnology
Chemical Engineering
Civil Engineering
Computer Science
Digital Electronics
Electrical Engineering
Electronics
Electronics and Communication Engineering
Mechanical Engineering
Microbiology
Technical Drawing
GK
Current Affairs
General Knowledge
Reasoning
Data Interpretation
Logical Reasoning
Non Verbal Reasoning
Verbal Ability
Verbal Reasoning
Exams
AIEEE
Bank Exams
CAT
GATE
IIT JEE
TOEFL
Jobs
Analyst
Bank PO
Database Administrator
IT Trainer
Network Engineer
Project Manager
Software Architect
Discussion
Home
‣
Chemical Engineering
‣
Nuclear Power Engineering
Comments
Question
Commercial power generation from fusion reactor is not yet possible, because
Options
A. it is difficult to control fusion reaction.
B. the fuel required (e.g. deuterium and tritium) is scarce.
C. it is difficult to initiate fusion reaction.
D. quantity of fuel required for initiating fusion reaction is prohibitively high.
Correct Answer
it is difficult to control fusion reaction.
Nuclear Power Engineering problems
Search Results
1. Molten sodium (as a coolant in fast breeder reactor)
Options
A. can't attain high temperature at normal pressure.
B. is not at all corrosive, even at a higher temperature.
C. is highly radioactive at elevated temperatures and can cause explosion, when it comes in contact with air or water.
D. none of these
Show Answer
Scratch Pad
Discuss
Correct Answer: is highly radioactive at elevated temperatures and can cause explosion, when it comes in contact with air or water.
2. Which is used as a coolant in nuclear reactor due to its high capture cross-section?
Options
A. H
2
B. N
2
C. He
D. CO
2
Show Answer
Scratch Pad
Discuss
Correct Answer: H
2
3. Which of the following is not a naturally occurring nuclear fuel?
Options
A. Uranium-238
B. Thorium-233
C. Plutonium-239
D. None of these
Show Answer
Scratch Pad
Discuss
Correct Answer: Plutonium-239
4. Thorium-232 is converted into uranium-233 in a/an __________ nuclear reactor.
Options
A. thermal
B. fast breeder
C. heavy water moderated
D. enriched uranium
Show Answer
Scratch Pad
Discuss
Correct Answer: fast breeder
5. Fission of U-235 on slow neutron bombardment can be represented by
Options
A.
92
U
235
+ 3 ?1 →
56
Ba
143
+
36
Kr
90
B.
92
U
235
+
0
n
1
→
56
Ba
143
+
36
Kr
90
+ 3
0
n
1
C.
92
U
235
+
0
n
1
→
56
Ba
143
+
36
Kr
90
+ 3
0
n
1
+ Q (energy)
D.
92
U
235
+
0
n
1
→
92
U
236
+ 3
0
n
1
+ Q (energy)
Show Answer
Scratch Pad
Discuss
Correct Answer:
92
U
235
+
0
n
1
→
56
Ba
143
+
36
Kr
90
+ 3
0
n
1
+ Q (energy)
6. Spent fuel from the nuclear thermal reactor contains
Options
A. fission products
B. plutonium
C. unused fuel
D. all (a), (b) & (c)
Show Answer
Scratch Pad
Discuss
Correct Answer: all (a), (b) & (c)
7. The atomic number of a radioactive element is not changed, when it emits __________ rays.
Options
A. ?
B. ?
C. ?
D. ? & ?
Show Answer
Scratch Pad
Discuss
Correct Answer: ?
8. Gas cooling as compared to water cooling of nuclear reactors
Options
A. can not attain a high temperature.
B. is more efficient as gas has a higher specific heat.
C. can produce only saturated steam for feeding to power turbine.
D. none of these.
Show Answer
Scratch Pad
Discuss
Correct Answer: none of these.
9. The decrease in the atomic number is not observed in case of
Options
A. electron capture
B. ?-emission
C. ?-emission
D. positron emission
Show Answer
Scratch Pad
Discuss
Correct Answer: ?-emission
10. Out of the followingplaces, a nuclear power plant is not located at
Options
A. Talcher (Orissa)
B. Kaiga (Karnataka)
C. Rawatbhata (Rajsthan)
D. Kalpakkam (Tamilnadu)
Show Answer
Scratch Pad
Discuss
Correct Answer: Talcher (Orissa)
Comments
There are no comments.
Enter a new Comment
Save
More in Chemical Engineering:
Chemical Engineering Basics
Chemical Engineering Plant Economics
Chemical Engineering Thermodynamics
Chemical Process
Chemical Reaction Engineering
Environmental Engineering
Fertiliser Technology
Fluid Mechanics
Fuels and Combustion
Furnace Technology
Heat Transfer
Mass Transfer
Materials and Construction
Mechanical Operations
Nuclear Power Engineering
Petroleum Refinery Engineering
Polymer Technology
Process Control and Instrumentation
Process Equipment and Plant Design
Refractory Technology
Stoichiometry