Motion|Distance And Time

Mechanics|Rest And Motion|Types Of Motions|Distance And Displacement|Questions|OMR

Draw velocity – time graph of uniformly accelerated motion in one dimension. From the velocity – time graph of uniform accelerated motion, deduce the equations of motion in distance and time.

Introduction OF Motion || Distance Displacement

Rest And Motion|Rectilinear (1 - Demension) Motion|Distance|Displacement|Speed |Velocity

Distance In Rectilinear Motion|Displacement In Rectiliear Motion|Questions

From the velocity-time graph of uniformaccelerated motion deduce the equations of motion in (i) velocity and time (ii) distance and time (iii) disstance and velocity.

{:( "Column A"," ColumnB"),(A."Vibratory motion", a."Distance-time graph is not a straight line"),(B."Rotatory motion",b."speed"xx"time"),(C."seconds travelled",c."musical instruments"),(D."Distance travelled", d."the rate of change of motion in specific direction"),(E."Variable speed",e."Potter'swheel"),(F."Velocity",f.2s):}

In n^(th) second of the motion, the distance moved by the body is three times the distance moved in the previous second. The motion is uniformly accelerated and the initial velocity was zero. Find n.