This blog is for learning physics in the simplest way possible. Here, we'll get every concept of physics explained.
NEET and JEE Physics Previous Year Questions will also be there with solutions.
Standard Kilogram Metal
Get link
Facebook
X
Pinterest
Email
Other Apps
-
Standard Kilogram Metal
The international standard kilogramis the metal object carefully enclosed within these nested glass containers.
Units and Dimensions 1) Find the dimensions of the following. i) Force ii) Power iii) Permittivity of a vacuum 2) Using dimensional analysis, Show that, 1 J o u l e = 1 0 7 e r g 3) Show that the given below equation is dimensionally correct equation. v = u + a t 4) Write the C.G.S. units of the following. i) Universal gravitational constant ii) Acceleration due to gravity iii) Force 5) Find the dimensions of length in terms of force, universal gravitational constant and mass. (Consider F G and m as basic fundamental quantities.) Note: For the detailed solution, please visit the next blog. Below are only answers. Answer: 1) i) F = [ M 1 L 1 T − 2 ] ii) P = [ M 1 L 2 T − 3 ] iii) ε 0 = [ M − 1 L − 3 T 4 I 2 ] 3) i) G = g . s c m 3 ii) g = s 2 c m iii) F = s 2 g . c m 5) L = [ G 1 / 2 M 1 F − 1 / 2 ]
Great Nebula in Andromeda This is Great Nebula in Andromeda, also called M - 31. The nearest of the large regular Galaxies, It is about 2.5 Million light-years or 2.5 * 10^22 m from the solar system. Its diameter is about 1.25 Million light years and It contains more than 10^11 stars.
NEET Physics Syllabus and Topic Wise Weightage What is the Syllabus of NEET Physics and Which are Important Topics? The following are the Topics with their Weightage. No. Name of the Topics Weightage 1. Physical World and Measurement 2% Ø Physical World Ø Units and Measurements 2. Kinematics 3% Ø Motion in a Straight Line Ø Motion in a Plane 3. Laws of Motion 3% Ø Laws of Motion 4. Work, Energy, and Power 4% Ø Work, Energy, and Power 5. Rigid Body Dynamics 5% Ø Motion of System of Particles and Rigid Body Ø System of Particles and Rotational Motion 6. Gravitation 2% Ø ...
Comments
Post a Comment