MY WORLD IN MOTION
these are all of the graphs for me sliding down a slide
here are my final drafts:
Position vs. Time:
I start at the origin/top of the slide (0,0). When i push off of the top and start my decent i have a small amount of acceleration in the first .3 seconds. The small amount of acceleration is quickly gone because of the large amount of friction on the slide; because of this the rest of the time on the slide is a constant increasing speed until i get to the bottom.
I start at the origin/top of the slide (0,0). When i push off of the top and start my decent i have a small amount of acceleration in the first .3 seconds. The small amount of acceleration is quickly gone because of the large amount of friction on the slide; because of this the rest of the time on the slide is a constant increasing speed until i get to the bottom.
Velocity vs. Time:
My velocity is positively increasing for a short time at the beginning from 0 m/s to 1.5 because i push off from the top. The rest of the way it stays constant because there is a large amount of friction on the slide.
My velocity is positively increasing for a short time at the beginning from 0 m/s to 1.5 because i push off from the top. The rest of the way it stays constant because there is a large amount of friction on the slide.
Acceleration vs. Time:
There is one stray mark at the top of the page or 21000 m/s squared. All of the other points are in a straight line because i am not accelerating i am staying constant except for the beginning where i have a large amount of acceleration from where i push off. This acceleration is quickly washed away because of the immense amount of friction.
There is one stray mark at the top of the page or 21000 m/s squared. All of the other points are in a straight line because i am not accelerating i am staying constant except for the beginning where i have a large amount of acceleration from where i push off. This acceleration is quickly washed away because of the immense amount of friction.
Motion Map:
I push off of the tom of the slide and increase in velocity or position and the rest of the way i stay constant because of the large amount of friction on the slide.
I push off of the tom of the slide and increase in velocity or position and the rest of the way i stay constant because of the large amount of friction on the slide.