Please note that X is
timeHomework Answers
1.
Yes it is.
given,
initially at t=0 sec
2.
Yes it is.
velocity:
initially at t= 0 sec
3.
yes it is
acceleration:
4.
slope
its a unit of velocity.
also 
will give velocity
Add Answer to:
Please note that X is
time
Value Position vs Time Linear Fit m y = mx...
need help please DO A QUADRATIC FIT ON THE POSITION VS, TIME GRAPH, THE VALUE OF...
need help please
DO A QUADRATIC FIT ON THE POSITION VS, TIME GRAPH, THE VALUE OF THE QUADRATIC "A QUAL TO HALF OF THE ACCELERATION. WHY? D A ALUINEAR FIT ON THE VELOCITY VS. TIME GRAPH. THE VALUE OF THE SLOPE IS EQUAL TO THE ACCELERATION, WHY? COMPARE THE ACCELERATION VALUES FROM BOTH GRAPHS. DO PERCENT DIFFERENCE. POST-LAB QUESTIONS: IF THE CART DID NOT ACCELERATE, WHAT WOULD BE THE SHAPES OF THE POSITION VS. TIME AND THE VELOCITY VS. TIME...
1- What physical quantity is represented by the slope of a Position vs. Time plot? What...
1- What physical quantity is represented by the slope of a Position vs. Time plot? What are its dimensions? How did you know? Please explain. 2- What physical quantity is represented by the slope of a Velocity vs. Time plot? What are its dimensions? How did you figure it out? Please explain. 3- What would the Acceleration vs. Time plot look like for an object moving at constant velocity? Try drawing it and uploading a picture of your graph.
Velocity v (m/s) v/t (unit= 2 Time t(s) 10.1004 10.3006 0.5008 0.7011 0.9014 1.1017 11.3021 1.5026...
Velocity v (m/s) v/t (unit= 2 Time t(s) 10.1004 10.3006 0.5008 0.7011 0.9014 1.1017 11.3021 1.5026 Position x (m) 0.149 0.195. 6.271 0.366 0.474 0.599 0.735 0.881 5 0.305 10.427 0.507 10.592 10.651 0 103 1.013624 0.95268 0.722778 0.64 5249 0.591232 0.540218 8 3. calculate w/t (what are the units) and write it in column 5 of the table above Calculate its average and its uncertainty (with units): Average: >0.728 m 1x uncertainty: N e ma max- () mun =...
Please answer physics lab questions SECTION: DATE: ANALYSIS PARTI: POSITION VS. TIME GRAPH MATCHING I. Describe...
Please answer physics lab questions
SECTION: DATE: ANALYSIS PARTI: POSITION VS. TIME GRAPH MATCHING I. Describe how you walked for each of the graphs that you matched. When the aph hada honit. period wedid net mare wiun the crapん1ad a linlan perod we moved but at o constan sperd Explain the significance of the slope of a position vs. time graph. Include a discussion of positive 2. and negative slope. 3. What type of motion is occurring when the slope...
Table 3.1 Time, t (s) Position, x (m) tn/t1 Time Squared, t^2 (s^2) (tn)^2/(t1)^2 xn/x1 t1,...
Table 3.1
Time, t (s)
Position, x (m)
tn/t1
Time Squared, t^2 (s^2)
(tn)^2/(t1)^2
xn/x1
t1, 0.40
x1, 0.25
1.0
.16
1
1
t2, 0.80
x2, 0.36
2.0
.64
4
1.4
t3, 1.2
x3, 0.52
3.0
1.4
9
2.1
t4, 1.6
x4, 0.71
4.0
2.6
16
2.8
t5, 2.0
x5, 0.95
5.0
4.0
25
3.8
t6, 2.4
x6, 1.2
6.0
5.8
36
4.8
Linear fit equation for Position Vs. Time: 0.545x - 0.0530
Quadratic fit equation for Position Vs. Time:...
In Capstone, you might acquire position vs. time data for your simple harmonic oscillator that look...
In Capstone, you might acquire position vs. time data for your simple harmonic oscillator that look like the example below. How could you measure the period of oscillation directly from the sinusoidal graph? A sine function has also been fit to these data, with parameters in the white box. In particular, the angular frequency of the fit function is omega = 5.19 rad/s. Compare the period you measured graphically to the period you would get from the omega value. If...
2. Calculate the velocity at each time (except the first and the last one) by using values immedi...
2. Calculate the velocity at each time (except the first and the last one) by using values immediately after and before those times: the tn-- For example, the velocity at point 2 is n Time t (s) Position x (m) Velocity v (m/s) vt (unit-mls) aGou .245 8 3,abus 1.553 3. calculate v/t (what are the units?) and write it in column 5 of the table above. Calculate its average and its uncertainty: Average uncertainty: 4. On the graph paper,...
Position vs. Time of a Mass-Spring System in Simple Harmonic Motion 0.85. 080 0.75 0.70 13 12 11 10 7 9 6 Times) 5 1...
Position vs. Time of a Mass-Spring System in Simple Harmonic Motion 0.85. 080 0.75 0.70 13 12 11 10 7 9 6 Times) 5 1. Make a sketch to predict what the graph of position vs. time would look like. There's no need for numbers -just the basic shape, assuming that the motion sens the mass is at its hiahest point.2 pts or clock starts when Pick up the handout of an actual graph of position motion sensor. Make any...
Loony Wiltz 1.0. Calculations and 1. Sketch the posit Sand Data Analysis of a Uniformly Accelerated...
Loony Wiltz 1.0. Calculations and 1. Sketch the posit Sand Data Analysis of a Uniformly Accelerated Car Position/time, velocitwtime and acceleration/time graphs acceleration velocity d3= 0.607. 0.5013 0.2017 Hu time Jo=0.808 0.9022 - 0.9ce osing the protractor attached to the track to measure the angle a of inclination on me o and record its value: Vi= 1.101 -0.41 0.36_10.89475601 1.2002.-0.9022" 0.4 0TL V2 = 1.809 -0.912 0.394_ Tou shall need a to calculate gravity per unit mass g. 7 1.5029...
Remaining Time: 0134:51 A scatterpot of Y vs X. The scatterplot displays the points: (10,85), (10,86),.(11,86, (1...
Remaining Time: 0134:51 A scatterpot of Y vs X. The scatterplot displays the points: (10,85), (10,86),.(11,86, (11,87. 1,88), (12,82),.(12,83),(12,88), (12.89), (13.88) . (13,90), (13,91). (14.84), (14,91). (15, 85), (15,87), (15,92), (15,93), (15,94), (16,89), (16,93),(16,95), (17.94) (17,96), (17,97) ation coeficient for the scatterplot above is r - 0.71. We realize that the point (18, 78) was accidentaly onitted rom the data set. We add this point to the data and recalculate r How does the value of r change? (i) The...
need help please
DO A QUADRATIC FIT ON THE POSITION VS, TIME GRAPH, THE VALUE OF THE QUADRATIC "A QUAL TO HALF OF THE ACCELERATION. WHY? D A ALUINEAR FIT ON THE VELOCITY VS. TIME GRAPH. THE VALUE OF THE SLOPE IS EQUAL TO THE ACCELERATION, WHY? COMPARE THE ACCELERATION VALUES FROM BOTH GRAPHS. DO PERCENT DIFFERENCE. POST-LAB QUESTIONS: IF THE CART DID NOT ACCELERATE, WHAT WOULD BE THE SHAPES OF THE POSITION VS. TIME AND THE VELOCITY VS. TIME...
Velocity v (m/s) v/t (unit= 2 Time t(s) 10.1004 10.3006 0.5008 0.7011 0.9014 1.1017 11.3021 1.5026 Position x (m) 0.149 0.195. 6.271 0.366 0.474 0.599 0.735 0.881 5 0.305 10.427 0.507 10.592 10.651 0 103 1.013624 0.95268 0.722778 0.64 5249 0.591232 0.540218 8 3. calculate w/t (what are the units) and write it in column 5 of the table above Calculate its average and its uncertainty (with units): Average: >0.728 m 1x uncertainty: N e ma max- () mun =...
Please answer physics lab questions
SECTION: DATE: ANALYSIS PARTI: POSITION VS. TIME GRAPH MATCHING I. Describe how you walked for each of the graphs that you matched. When the aph hada honit. period wedid net mare wiun the crapん1ad a linlan perod we moved but at o constan sperd Explain the significance of the slope of a position vs. time graph. Include a discussion of positive 2. and negative slope. 3. What type of motion is occurring when the slope...
Table 3.1
Time, t (s)
Position, x (m)
tn/t1
Time Squared, t^2 (s^2)
(tn)^2/(t1)^2
xn/x1
t1, 0.40
x1, 0.25
1.0
.16
1
1
t2, 0.80
x2, 0.36
2.0
.64
4
1.4
t3, 1.2
x3, 0.52
3.0
1.4
9
2.1
t4, 1.6
x4, 0.71
4.0
2.6
16
2.8
t5, 2.0
x5, 0.95
5.0
4.0
25
3.8
t6, 2.4
x6, 1.2
6.0
5.8
36
4.8
Linear fit equation for Position Vs. Time: 0.545x - 0.0530
Quadratic fit equation for Position Vs. Time:...
In Capstone, you might acquire position vs. time data for your simple harmonic oscillator that look like the example below. How could you measure the period of oscillation directly from the sinusoidal graph? A sine function has also been fit to these data, with parameters in the white box. In particular, the angular frequency of the fit function is omega = 5.19 rad/s. Compare the period you measured graphically to the period you would get from the omega value. If...
2. Calculate the velocity at each time (except the first and the last one) by using values immediately after and before those times: the tn-- For example, the velocity at point 2 is n Time t (s) Position x (m) Velocity v (m/s) vt (unit-mls) aGou .245 8 3,abus 1.553 3. calculate v/t (what are the units?) and write it in column 5 of the table above. Calculate its average and its uncertainty: Average uncertainty: 4. On the graph paper,...
Position vs. Time of a Mass-Spring System in Simple Harmonic Motion 0.85. 080 0.75 0.70 13 12 11 10 7 9 6 Times) 5 1. Make a sketch to predict what the graph of position vs. time would look like. There's no need for numbers -just the basic shape, assuming that the motion sens the mass is at its hiahest point.2 pts or clock starts when Pick up the handout of an actual graph of position motion sensor. Make any...
Loony Wiltz 1.0. Calculations and 1. Sketch the posit Sand Data Analysis of a Uniformly Accelerated Car Position/time, velocitwtime and acceleration/time graphs acceleration velocity d3= 0.607. 0.5013 0.2017 Hu time Jo=0.808 0.9022 - 0.9ce osing the protractor attached to the track to measure the angle a of inclination on me o and record its value: Vi= 1.101 -0.41 0.36_10.89475601 1.2002.-0.9022" 0.4 0TL V2 = 1.809 -0.912 0.394_ Tou shall need a to calculate gravity per unit mass g. 7 1.5029...
Remaining Time: 0134:51 A scatterpot of Y vs X. The scatterplot displays the points: (10,85), (10,86),.(11,86, (11,87. 1,88), (12,82),.(12,83),(12,88), (12.89), (13.88) . (13,90), (13,91). (14.84), (14,91). (15, 85), (15,87), (15,92), (15,93), (15,94), (16,89), (16,93),(16,95), (17.94) (17,96), (17,97) ation coeficient for the scatterplot above is r - 0.71. We realize that the point (18, 78) was accidentaly onitted rom the data set. We add this point to the data and recalculate r How does the value of r change? (i) The...
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