NEET - Physics Free Doubts and Solutions
NEET - NEET - Biology - The Living World
What is mean by genus?
NEET - NEET - Chemistry
પાણીના એક નમૂનાનું ca+આયનની સંદ્રતા 0.0002M છે તો તે દ્રાવણમાં ca+ ની સન્દ્રતા વજન કદ થી ppm મા કેટલી થાય
NEET - NEET - Biology - Cell Cycle and Cell Division
why mitosis is called reductional division but binary fission not called reductional division
NEET - NEET - Biology - Reproduction in Organisms
difference between binary fission and mitosis
NEET - NEET - Chemistry - Redox Reactions and Electrochemistry
NEET - NEET - Chemistry
What is the relation between molal elevation constant and molecular elevation constant (In concentration terms) CAN WE WRITE (Molecular elevation constant= 10*Molal elevation constant)??? HERE I AM ASKING ABOUT "ELEVATION'' So pls ans accordingly. If not correct then Pls give the """CORRECT RELATION b/w them"''''
NEET - NEET - Chemistry
What is the relation between molal elevation constant and molecular elevation constant? In concentration term CAN WE WRITE (Molecular elevation constant= 10*Molal elevation constant)???
NEET - NEET - Physics
Respected Sir, Madam Please Physics Subject doubt please clear. For an isotropic solid body, compressibility K =
NEET - NEET - Chemistry
calculate the energy in calories required to produce from neutral he atoms,1 mole of he+ ions using Bohr equation
NEET1 - NEET1 - Physics
If a particle moving with velocity −4 m/s i^ and acceleration is 2 m/s2i^. What is distance travelled by the paricle in 6 sec.
NEET1 - NEET1 - Physics
If a particle moving with velocity −4 m/s i^ and acceleration is 2 m/s2i^. What is distance travelled by the paricle in 6 sec.
NEET1 - NEET1 - Physics
If a particle moving with velocity −4 m/s i^ and acceleration is 2 m/s2i^. What is distance travelled by the paricle in 6 sec.
NEET1 - NEET1 - Physics
If a particle moving with velocity −4 m/s i^ and acceleration is 2 m/s2i^. What is distance travelled by the paricle in 6 sec.
NEET1 - NEET1 - Physics
The motion ofbody failing from the rest in resistive medum is described by the equation dvdt=a−bv where a and b are constant. The velocity at any time t is:
NEET1 - NEET1 - Physics
Acceleration due to gravity at surface of a planet is equal to that at surface of earth and density is 1. 5 times that of earth. If radius of eart is R, radius of planet is
NEET1 - NEET1 - Chemistry
Please answer the following question with explanation
NEET1 - NEET1 - Chemistry
Please answer the following question with explanation
NEET1 - NEET1 - Physics
Please answer the following question with explanation
NEET1 - NEET1 - Physics
What is dielectrics and what are its usages
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- 1 Thermodynamics
- 2 Gravitation
- 3 Electromagnetic Waves
- 4 Communication Systems
- 5 Laws of Motion
- 6 Current Electricity
- 7 Work, Energy and Power
- 8 Kinematics
- 9 Physics and Measurement
- 10 Rotational Motion
- 11 Properties of Solids and Liquids
- 12 Kinetic Theory of Gases
- 13 Oscillations and Waves
- 14 Electrostatics
- 15 Magnetic Effects of Current and Magnetism
- 16 Electromagnetic Induction and Alternating Currents
- 17 Optics
- 18 Dual Nature of Matter and Radiation
- 19 Atoms and Nuclei
- 20 Electronic Devices