Analyzing Motion Data

	B	C	D	E	H	I	J	K	N	O	P	Q	T	U	V	W
1			1. calculate	2. calculate			4. calculate	5. calculate			7. calculate	8. calculate	challenge:
2	time (s)	position (m)	velocity (m/s)	acceleration (m/s/s)	time (s)	position (m)	velocity (m/s)	acceleration (m/s/s)	time (s)	position (m)	velocity (m/s)	acceleration (m/s/s)	time (s)	position (m)	velocity (m/s)	acceleration (m/s/s)
3	0.0	0.00			0.0	0.0			0.0	0.0			0	0.0	10.0
4	1.0	1.75	1.75		1.0	48.0			1.0	-18.6			1			6.0
5	2.0	7.00	5.25	3.5	2.0	92.0			2.0	-34.4			2			6.0
6	3.0	15.75			3.0	132.0			3.0	-47.4			3			6.0
7	4.0	28.00			4.0	168.0			4.0	-57.6			4			6.0
8	5.0	43.75			5.0	200.0			5.0	-65.0			5			6.0
9	6.0	63.00			6.0	228.0			6.0	-69.6			6			6.0
10	7.0	85.75			7.0	252.0			7.0	-71.4			7			6.0
11	8.0	112.00			8.0	272.0			8.0	-70.4			8			6.0
12	9.0	141.75			9.0	288.0			9.0	-66.6			9			6.0
13	10.0	175.00			10.0	300.0			10.0	-60.0			10			6.0
14
15	3. is this object speeding up, slowing down, or maintaining a constant velocity?				6. is this object speeding up, slowing down, or maintaining a constant velocity?				9. is this object speeding up, slowing down, or maintaining a constant velocity?				CHALLENGE: fill in the yellow boxes; the initial velocity is 10.0 m/s east and the
16													acceleration is a constant 6.0 m/s/s east
17
18									10. does the object change direction at any point? how can you tell?
19	note: you are finding the average velocity (and acceleration) for each one-second
20	interval; i.e., the velocity at any given time should be interpreted as the average
21	velocity over the one second preceeding that moment
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