Pressure difference based activity
Pressure difference based activity
Pressure difference based activity
When pouring hot water in the bottle then what happens.
Equation of motion by graph
MOTION Equations of motion by graphical method We already know about equations of motion when an object moves along straight line with uniform acceleration. We already know how to derive them but these equations can also be derived by graphical method. a. Equation for velocity time relation Consider the velocity-time graph of an object that moves under uniform acceleration as shown below in the figure 7. From this graph, you can see that initial velocity of the object is u u (at point A) and then it increases to v v (at point B) in time t t . The velocity changes at a uniform rate a a . Again from figure it is clear that time t t is represented by OC , initial velocity u u by OA and final velocity of object after time t t by BC. From graph as given in figure 7 it is clear that B C = B D + D C = B D + O A B C = B D + D C = B D + O A . So we have v=BD+u ...
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