Graph Series | कण की विभिन्न गतियो के लिए ग्राफ | Graph For Different Speed of Particle | Physics

A particle starts moving from rest in a from rest in a straight line. Its acceleration vs time (a - t) graph is shown in figure. The speed of particle is maximum at.

स्थिर वस्तु के लिये स्थिति समय ग्राफ (Position Time Graph For Stationary Object)|एकसमान गति का ग्राफीय निरूपण (Position Time Graph For Uniform Motion)|एकसमान त्वरित गति का ग्राफीय निरूपण (Position Time Graph For Uniform Accelerated Motion)|स्थिति समय ग्राफ (Different Types of Position-time (x-t) Graph|वेग समय ग्राफ (Different Types of Velocity-Time (v-t) Graph|OMR

A graph of acceleration versus time of a particle starting from rest at t=0 is as shown in figure. The speed of the particle at t = 14s is

A particle at rest on a frictionless table is acted upon by a horizontal force which is constant in magnitude and direction. A graph is plotted of the work done on the particle W, against the speed of the particle v. If there are no frictional forces acting on the particle, the graph will look like

परिमाण की कोटि (Order of Magnitude)|लंबाई के लिए कुछ विशिष्ट मात्रक (Some Practical Units)|द्रव्यमान के लिए कुछ विशिष्ट मात्रक|भौतिक राशियों की विमाएँ (Dimensions of Physical Quantities)|OMR

Velocity time graph for the motion of a particle along a straight line is as shown in figure. Average speed of the particle for the whole motion is:

Maxwell's Distribution OF Speeds | | Important Key Points and Graphs | | Different kinds OF speeds (Vmp, Vav, Urms)

The given Bar Graph presents the number of students of two schools for six years. दिया गया दंड आरेख (बार ग्राफ) छह वर्षो के दौरान दो स्कूलों में विद्यार्थियों की संख्या को दर्शाता है| In which year, the absolute difference of the students in two schools is the lowest? किस वर्ष में, दोनो स्कूलों के विद्यार्थियों की संख्या का निरपेक्ष अंतर सबसे कम है?

A particle initially at rest on a frictionless horizontal surface, is acted upon by a horizontal force which is constant is size and direction. A graph is plotted between the work done (W) on the particle, against the speed of the particle, (v). If there are no other horizontal forces acting on the particle the graph would look like