Physics with Calculus 1 Lab 2 Part 1-PHY2048L
Lab report
Lab # 2 part 1
Lab Title: Photographic Analysis of a falling Object
Aurthor: Pfaff Beauchard
Abstract
Objective: to be able to make displacement measurement from a picture and
measuring height using your computer mouse.
Method: Unit conversions, A PC running MS Internet Explorer web browser.
Result: From the result of the experiment, it can be concluded that towards the
initial release of the ball its speed at the top is far less than its speed going down.
Conclusion: If air resistance was included in this experiment the results who have
change significantly. Lets say for example if we were to moves from a place lie a
living room to somewhere near the equator of the earth were the pressure is
different then the outcome would be different.
Introduction
, When the apple fell on top of Sir Isaac Newton head, gave birth to the principle of
gravity and many other physics related topics. Now in days we have much more
complexed explanation to describe the phenomenon even that took place in his
lifetime. To continue on with modern times we have computer who can record and
explain these phenomena's ass well. A diver falling from a plane is in free fall, a
rock falling from outer space is in free fall. Free fall is when an object is falling
towards the earth gravity.
General Principle
(1)
Trial X-component Y-component Mouse Unit Meter Actual Meter
1 35 97 97 – 35 = 62 2m 0.03225 m
2 138 79 78 – 138 = 59 4m 0.06779 m
3 191 134 134 – 191 = 57 6m 0.1052 m
4 277 184 184 – 277 = 93 8m 0.08602 m
5 371 258 258 – 371 = 113 10 m 0.08849 m
6 493 320 320 – 493 = 173 12 m 0.06936 m
(2)
First Image
X-componets Y-componet Mouse Unit Meters Actual meters
1 74 32 32 – 34 = 42 2m 0.04761 m
2 67 31 31 – 67 = 36 4m 0.11111 m
3 74 30 30 – 74 = 44 6m 0.13636 m
4 70 37 37 – 70 = 33 8m 0.24242 m
5 84 34 34 – 84 = 50 10 m 0.2 m
Lab report
Lab # 2 part 1
Lab Title: Photographic Analysis of a falling Object
Aurthor: Pfaff Beauchard
Abstract
Objective: to be able to make displacement measurement from a picture and
measuring height using your computer mouse.
Method: Unit conversions, A PC running MS Internet Explorer web browser.
Result: From the result of the experiment, it can be concluded that towards the
initial release of the ball its speed at the top is far less than its speed going down.
Conclusion: If air resistance was included in this experiment the results who have
change significantly. Lets say for example if we were to moves from a place lie a
living room to somewhere near the equator of the earth were the pressure is
different then the outcome would be different.
Introduction
, When the apple fell on top of Sir Isaac Newton head, gave birth to the principle of
gravity and many other physics related topics. Now in days we have much more
complexed explanation to describe the phenomenon even that took place in his
lifetime. To continue on with modern times we have computer who can record and
explain these phenomena's ass well. A diver falling from a plane is in free fall, a
rock falling from outer space is in free fall. Free fall is when an object is falling
towards the earth gravity.
General Principle
(1)
Trial X-component Y-component Mouse Unit Meter Actual Meter
1 35 97 97 – 35 = 62 2m 0.03225 m
2 138 79 78 – 138 = 59 4m 0.06779 m
3 191 134 134 – 191 = 57 6m 0.1052 m
4 277 184 184 – 277 = 93 8m 0.08602 m
5 371 258 258 – 371 = 113 10 m 0.08849 m
6 493 320 320 – 493 = 173 12 m 0.06936 m
(2)
First Image
X-componets Y-componet Mouse Unit Meters Actual meters
1 74 32 32 – 34 = 42 2m 0.04761 m
2 67 31 31 – 67 = 36 4m 0.11111 m
3 74 30 30 – 74 = 44 6m 0.13636 m
4 70 37 37 – 70 = 33 8m 0.24242 m
5 84 34 34 – 84 = 50 10 m 0.2 m
