Question
In: Physics
Using the following equation: x = (8P/9M)^1/2 * t^3/2, Draw a graph of position vs time,...
Using the following equation: x = (8P/9M)^1/2 * t^3/2, Draw a graph of position vs time, when P=800W, P= 400W and P = 200W and M = 1632.6kg. Also draw a graph of velocity vs time. Is this a problem constant acceleration?
Solutions
genius_generous answered 1 year agoRelated Solutions
Draw a position-vs-time, velocity-vs-time, and acceleration-vs-time graph for each of the following objects: 1. A car...
Draw a position-vs-time, velocity-vs-time, and
acceleration-vs-time graph for each of the following objects:
1. A car traveling in a straight line at a constant speed.
2. A ball rolling down a hill, getting faster as time goes
by.
3. A rock that is tossed straight up in the air before coming
back down to its starting point.
Draw a 1). position graph, 2). velocity graph, and 3). acceleration graph of a person standing...
Draw a 1). position graph, 2). velocity graph, and 3). acceleration
graph of a person standing one second, then goes down into a squat
for three seconds, back up for one second and then a one second
stand for the first rep.
2nd rep- this person goes back down for three seconds, and
then has a one second pause at the bottom of the squat, and then
back up for one second.
2). A particle moving on the x-axis has a time-dependent position (t) given by the equation...
2). A particle moving on the x-axis has a time-dependent
position (t) given by the equation x (t) = ct - bt^3. Where the
units of x are meters (m) and time t in seconds (s). (Hint: you
must get derivatives, you need graph paper)
(a) So that the position in x has units of meter which are the
units of the constants c and b?
If c = 5 and b = 1. From ti = 0s to tf...
A) Sketch the position vs. time graph for the following motion. Starting at 0.5m from the...
A) Sketch the position vs. time graph for the following motion.
Starting at 0.5m from the detector, you moved away at a constant
velocity of 3 m/s for 2 seconds, then stood still for 1 second and
then walked toward the detector for 1 second at a velocity of 4m/s
after which you stood still for 3 seconds.
B) sketch the velocity vs. time graph for the above
description.
you plot the position(x) vs. time(t) for an object moving at a constant acceleration. Will the...
you plot the position(x) vs. time(t) for an object
moving at a constant acceleration. Will the slopes (velocity) be
constant or not? why?
Let f(x)=(x^2+1)*(2x-3) Find the equation of the line tangent to the graph of f(x) at x=3....
Let f(x)=(x^2+1)*(2x-3)
Find the equation of the line tangent to the graph of f(x) at
x=3.
Find the value(s) of x where the tangent line is horizontal.
From the following data, construct 3 graphs: [A] vs t, ln[A] vs t, and 1/[A] vs...
From the following data, construct 3 graphs: [A] vs t, ln[A] vs
t, and 1/[A] vs t
a) determine the order of the reaction from the graphs.
b) from the one graph that is linear, determine the rate
constant, k.
You do not need to calculate the slopes of the nonlinear
graphs.
time in seconds
[A] in (M)
0
1
25
0.914
50
0.829
75
0.744
100
0.659
125
0.573
150
0.488
175
0.403
200
0.318
From the following data, construct 3 graphs: [A] vs t, ln[A] vs t, and 1/[A] vs...
From the following data, construct 3 graphs: [A] vs t, ln[A] vs
t, and 1/[A] vs t
a) determine the order of the reaction from the graphs.
b) from the one graph that is linear, determine the rate
constant, k.
You do not need to calculate the slopes of the nonlinear
graphs.
time in seconds
[A] in (M)
0
1
25
0.914
50
0.829
75
0.744
100
0.659
125
0.573
150
0.488
175
0.403
200
0.318
From the following data,...
The position x of an object varies with time t. For which of the following equations...
The position x of an object varies with time
t. For which of the following equations relating
x and t is the motion of the object simple
harmonic motion? (There may be more than one correct choice.)
The position x of an object varies with time
t. For which of the following equations relating
x and t is the motion of the object simple
harmonic motion? (There may be more than one correct choice.)
x = 5 sin23t
x =...
Solve the equation for a charging capacitor (Vc = Vs(1-e^(t/t))) for an RC Circuit for the ratio of the time (t) to the RC time constant (t):
it is rc time constant problem.
1.
Solve the equation for a charging capacitor (Vc = Vs(1-e^(t/t))) for an RC Circuit for the ratio of the time (t) to the RC time constant (t):
Show all steps.
2.
Using the answer to Part 1, calculate the fraction of a time constant (t) to charge an initially uncharged capacitor to 10% of the source voltage (Vs).
Show all steps.
3.
Using the appropriate answers from Part 1, calculate the fraction of...
ADVERTISEMENT
ADVERTISEMENT
Latest Questions
- Please take time to view the video, “Was America Founded to Be Secular? “ as a...
- 7. A health psychologist knew that corporate executives in general have an average score of 80...
- Submission Guidelines This assignment may be submitted for full credit until Friday, October 4th at 11:59pm....
- Cara Ryder managers a ski school in a large resort and is trying to develop a...
- 1. Like most senses, the neurons that carry that carry the somatic sensations [touch, vibration, two-point...
- Explain how the Court has at times allowed the restriction of the civil rights of minority...
- 1. How do psychoanalytic and behavioral interpretations of childhood experience differ? 2. How does selective attention...
ADVERTISEMENT