Motion Diagrams

Figure is a graph of the coordinate of a spider crawling along the x-axis. (a) Fraph tis velocity and acceleration as functionsof time. (b) In a motion diagram, show the position, velocity, and acceleration of the spider at the five times: t=2.5 s , t=10 s, t=20 s, t=30 s , .

Figure is a graph of the coordinate of a spider crawling along the x-axis. (a) Fraph tis velocity and acceleration as functionsof time. (b) In a motion diagram, show the position, velocity, and acceleration of the spider at the five times: t=2.5 s , t=10 s, t=20 s, t=30 s , .

The wave motion of electron in a Bohr's orbit of hydrogen is as shown in diagram.The potential energy of electron in the given orbit of hydrogen atom is :

The wave motion of an electron in a Bohr's orbit of hydrogen atom is an shown in diagram. The orbit number is :

Classify the following as rectilinear motion (motion along a straight line), circular motion or periodic motion (oscillatory motion) : Motion of a horse pulling a cart on a straight road.

Introduction to Newton's Laws OF Motion || First Law OF Motion || Second Law OF Motion || Third Law OF Motion || Introduction to Momentum & Impulse || Examples on Law OF Motion

Law Of Motion - Law Of Conservation Of Linear Momentum|Questions|Rocket Propulsion|Questions|Newton's Third Law Of Motion|Free Body Diagram|OMR

(a) What is Brownian motion ? Draw a diagram to show the movement of a particle (like a pollen grain) during Brownian motion. (b) In a beam of sunlight entering a room, we can sometimes see dust particles moving in a haphazard way in the air. Why do these dust particles move ?