DIFFERENT CASES IN POSITION-TIME GRAPH

DIFFERENT CASES OF VELOCITY-TIME GRAPH

STATEMENT - 1 : All accelerated object are represented on position-time graphs by curved lines. STATEMENT - 2 : An object with a positive velocity will be represented on a position-time graph by a line with a positive slope. STATEMENT - 3 : An object with a negative velocity will be represented on a position-time graph by a line with a negative slope.

STATEMENT - 1 : The slope on a position-time graph is representative of the acceleration of the object. STATEMENT - 2 : A straight, diagonal line on a position-time graph is representative of an onject with a constant velocity. STATEMENT - 3 : I an object is at rest, then the position-time graph must be a horizontal line located on the time-axis.

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

Recap|Velocity|Position Time Graph |Velocity Time Graph |(A-t)Graph|OMR

Analyse the following current-time graphs from two different sources: (a) Identify the type of current in two cases (b) What is the frequency of current in case II in India? Use above graph to write one difference between the current m two cases.

A body is performing simple harmonic motion of amplitude A and time period T. The figure shown position-time graph of the body . At any time t, acceleration of the body is f, then which of the following graphs is/are appropriate?

You are given following current-time graph from two different sources, (i) Name the type of current in two cases. (ii) Identify any one source for each type of these currents. (iii) What is the frequency of current in case source II in India? (iv) Use above graph to write two differences between the currents in the two cases.

Draw the graph of |x-a|+|x-b|+|x-c| for different cases