Physics

Velocity vs Time graph This article is about the velocity-time graph. Before going further details of the topic let us first understand how to draw these graphs. To draw graphs in x-y- plane The independent variable is always taken on the x-axis. We plot the dependent variable on the y-axis. The dependent variable is dependent […]

Dimensional Formula of Spring Constant In this article, we will find the Dimensional Formula of Spring constant Dimensional formula for is $[M^1L^0T^{-2}]$ WhereM -> Mass L -> Length T -> TimeWe would now derive this dimensional formula. Derivation for expression of Dimension of Spring Constant Spring constant is given as per the Hooke’s law as$F=

Dimensional Formula of Force with its Derivation In this article, we will find the dimension of Force Dimensional formula for is $[M^1L^1T^{-2}]$ WhereM -> Mass L -> Length T -> TimeWe would now derive this dimensional formula. Derivation for expression of Dimension of As per second laws of Newton law’s, Force is defined as the

Dimensional Formula of Density In this article, we will find the dimension of densityDimensional formula for density is$[M^1 L^{-3}]$WhereM -> MassL -> Length We would now derive this dimensional formula. Derivation for expression of Dimension of Density Density is defined as the  mass per unit Volume$\rho= \frac {mass}{Volume} = \frac {m}{V}$ Now the dimension of

Dimensional Formula of Resistance with its Derivation In this article, we will find the dimension of ResistanceThe dimensional formula for Resistance is$[M^1L^2T^{-3}I^{-2}]$WhereM -> MassL -> LengthT -> TimeI -> CurrentWe would now derive this dimensional formula. Derivation for expression of Dimension of Resistance As per Ohm’s Law$V= IR$or$R= \frac {V}{I}$Now the dimension of Current =

Dimensional Formula of Power with its Derivation In this article, we will find the Dimensional Formula of Power Dimensional Formula for Power is given by $[M^1 L^2 T^{-3}]$ HereM denotes MassL denotes LengthT denotes Time Derivation for expression Power is defined as work done per sec$Power = \frac {\text{work done}}{Time}$or$P = \frac {W}{t}$Now Dimension of 

Dimensional Formula of Frequency with its Derivation In this article, we will find the dimension of Frequency Dimension Formula for Frequency is given by HereM denotes MassL denotes LengthT denotes Time Derivation for expression of Dimension of Frequency Frequency is defined as the number of vibrations or rotation per sec$ Frequency= \frac {\text{Number of Vibration

Dimensional Formula of Voltage with its Derivation In this article, we will find the dimension of Voltage Dimensional formula for Voltage is Where M -> Mass L -> Length T -> Time I -> Current We would now derive this dimensional formula. Derivation for expression of Dimension of Voltage Derivation of Voltage can be done