k that makes sense
so to answer this question:
1) For each interval, write down the values of the three fit parameters A, B and C. By comparing equations for kinematics and the quadratic equation, interpret the meaning of each parameter and how they are related to the position, velocity and...
well what i need to do first is figure out what the coefficients in the equation of the graph mean:
so a = 1/2 * gravitational acceleration
b = initial velocity of the ball - why does this increase with each bounce; the question states that it should increase but I don't understand why and...
well what i need to do first is figure out what the coefficients in the equation of the graph mean:
so a = 1/2 * gravitational acceleration
b = initial velocity of the ball - why does this increase with each bounce; the question states that it should increase but I don't understand why?
c =...
thanks for the tip
http://www.imagevimage.com/images/2_Bouncing_Ball_Graph.jpg
here is the link
I am still confused as to why the initial velocity for each bounce appears to increase.
In addition, in the quadratic equation: c should be equal to initial displacement? But the numbers are so...
I have a bouncing ball quadratic equation and know that B represents the initial velocity. My question is why does B the initial velocity increase with each bounce of the ball. It seems paradoxical to me, particularly if total energy is decreasing.
y=ax^2 + bx + C
I have attached...
Homework Statement
HI,
I am confused about how to approach this question.
A 4.0 kg toboggan rests on a frictionless icy surface, and a 2.0 kg block rests on
top of the toboggan. The coefficient of static friction m
s between the block and the surface of the toboggan is 0.60, whereas the...
HI,
I am confused about how to approach this question.
A 4.0 kg toboggan rests on a frictionless icy surface, and a 2.0 kg block rests on
top of the toboggan. The coefficient of static friction m
s between the block and the surface of the toboggan is 0.60, whereas the kinetic friction...