Physics Spl
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New answer posted
8 years ago
0 Follower
58 Views
Lalit BhandariIf I agreed with you, we'd both be wrong!
Scholar-Level 16
Hi Shahid,
A thin flexible fibre with a glass core through which light signals can be sent with very little loss of strength.
All the best.
A thin flexible fibre with a glass core through which light signals can be sent with very little loss of strength.
All the best.
New answer posted
8 years ago
1 Follower
79 Views
Sunil SoniManagement & IT Consultant
Scholar-Level 18
You may refer to following link for JEE Mains 2017 syllabus:
https://jeemain.nic.in/WebInfo/Handler/FileHandler.ashx?i=File&ii=59&iii=Y
https://jeemain.nic.in/WebInfo/Handler/FileHandler.ashx?i=File&ii=59&iii=Y
New answer posted
8 years ago
2 Followers
263 Views
Divya JainStudent
Guide-Level 12
Hello,
Thanks for asking.
If you have completed B.Sc. & want to get into Teaching field in Schools then you should pursue B.Ed.
But if you are dreaming of Lectureship in Indian Colleges & Universities then you have to qualify the net exam.
CSIR NET Exam is conducted for the science candidates who are willing to pursue Research Fellowship or Lectureship.
After qualifying the net exam, you will be eligible to directly apply for Lectureship / Professorship.
there are also too many other advantages of qualifying the net exam, like work in csir labs, pursue PhD, get a job in PSUs etc.
Check the details of csir net books & preparation https://scoop
Thanks for asking.
If you have completed B.Sc. & want to get into Teaching field in Schools then you should pursue B.Ed.
But if you are dreaming of Lectureship in Indian Colleges & Universities then you have to qualify the net exam.
CSIR NET Exam is conducted for the science candidates who are willing to pursue Research Fellowship or Lectureship.
After qualifying the net exam, you will be eligible to directly apply for Lectureship / Professorship.
there are also too many other advantages of qualifying the net exam, like work in csir labs, pursue PhD, get a job in PSUs etc.
Check the details of csir net books & preparation https://scoop
...more
New question posted
8 years ago
0 Follower
79 Views
New answer posted
8 years ago
0 Follower
42 Views
Sumit Kumar SinghTime to create Illusion to Reality!
Contributor-Level 7
In chemistry, organic chemistry is a very important part. So, you can make a chart of:
1. Important name reaction.
2. Ascent and decent of series.
3. Road map of organic conversion.
4. Important tests, etc.
While in mathematics, there are lots of formulas and principle. So, you can make another chart for it. In physics, you just concentrate on numerical part and derivation for board exams.
All the best.
1. Important name reaction.
2. Ascent and decent of series.
3. Road map of organic conversion.
4. Important tests, etc.
While in mathematics, there are lots of formulas and principle. So, you can make another chart for it. In physics, you just concentrate on numerical part and derivation for board exams.
All the best.
New question posted
8 years ago
0 Follower
59 Views
New answer posted
8 years ago
0 Follower
166 Views
Lalit BhandariIf I agreed with you, we'd both be wrong!
Scholar-Level 16
Hi Karan,
F = -kx is the formula, which is called Hooke's Law x is the displacement of the spring's end from its equilibrium position (A distance, in SI units: meters). F is the restoring force exerted by the spring on that end (In SI units: N or kgm/s2). K is a constant called the rate or spring constant (In SI units: N/m or kg/s2).
All the best.
F = -kx is the formula, which is called Hooke's Law x is the displacement of the spring's end from its equilibrium position (A distance, in SI units: meters). F is the restoring force exerted by the spring on that end (In SI units: N or kgm/s2). K is a constant called the rate or spring constant (In SI units: N/m or kg/s2).
All the best.
New answer posted
8 years ago
0 Follower
33 Views
careelogy SuchiInspiring the best in you
Contributor-Level 8
A strain gauge is a register used to measure strain on an object. When an external force is applied on an object, due to which there is a deformation occur in the shape of the object. This deformation in the shape either compressive or tensile is called strain and it is measured by the strain gauge.
When an object deforms within the limit of elasticity, either it becomes narrower and longer or it become shorter and broadens. As a result of it, there is a change in resistance end-to-end. The strain gauge is sensitive to that small changes occur in the geometry of an object. By measuring the change in resistance of an object, the amount o
When an object deforms within the limit of elasticity, either it becomes narrower and longer or it become shorter and broadens. As a result of it, there is a change in resistance end-to-end. The strain gauge is sensitive to that small changes occur in the geometry of an object. By measuring the change in resistance of an object, the amount o
...more
New answer posted
8 years ago
0 Follower
265 Views
Lalit BhandariIf I agreed with you, we'd both be wrong!
Scholar-Level 16
Hi Vikash,
Cp - Cv = R
where,
Cp = specific heat at constant pressure
Cv = specific heat at constant volume
R = universal gas constant
All the best.
Cp - Cv = R
where,
Cp = specific heat at constant pressure
Cv = specific heat at constant volume
R = universal gas constant
All the best.
New answer posted
8 years ago
0 Follower
87 Views
Lalit BhandariIf I agreed with you, we'd both be wrong!
Scholar-Level 16
Hi Satendra,
A semiconductor is a mixture of a conductor and an insulator.In a semiconductor, the conduction band and the valence are moderately separated whereas they are largely separated or energy gap is as large as possible in insulators and less or negligible energy gap in conductors. In case of semiconductors as the temperature increases the electrons in the valence band get excited and jump into the conduction band and hence the conductance increases resulting in the dwindling of resistance. As resistance is directly proportional to resistivity, resistivity decreases, too.
All the best.
A semiconductor is a mixture of a conductor and an insulator.In a semiconductor, the conduction band and the valence are moderately separated whereas they are largely separated or energy gap is as large as possible in insulators and less or negligible energy gap in conductors. In case of semiconductors as the temperature increases the electrons in the valence band get excited and jump into the conduction band and hence the conductance increases resulting in the dwindling of resistance. As resistance is directly proportional to resistivity, resistivity decreases, too.
All the best.
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