From the given velocity vs. time graph, we can see that, for the first 4.00 s, velocity is constant.
so, the slope of the position time curve should be equal to -3.00.
v = -12 / 4 = -3 m/s
Now velocity is increased to +3 m/s/.
v = -6 - (-12) / (6 - 4) = +3 m/s.
From 6 to 12 s, again velocity is constant . so, position vs. time graph is a straight line.
We can see that displacement of the object is 0.
Can somone please explain how to graph this, please show work and explain where you get...
Can you please show your work and the x/y values associated with
each point on your graph? Thank you.
According to the special theory of relativity, the laclar y thal determines the length contraction and the time dilation is given by y=1/11 - 1 Determine the numerical values of y for an object moving at spoed v = 0.01 0.05c, 0.10c, 0.26c, 0.30, 0.40c, 0.50, 0.60c, 0.706, 0.804, 0.90c, and 0.99c. Make a graph of y versus u. 000 No...
If
somone can please show the work so I can see how its solved. thank
you.
tors. 1)) Problem #2 (10 points) Willie Company's retained earnings increased $35,000 during 2016. What was Willie's 2016 net income or loss given that Willie declared $28,000 of dividends during 2016? Show your work and put the answer in the box below bolo ANSWER
Please explain how did you get it
Thanks in advance
The figure is a snapshot graph of a sin wave at t=1.0 s. Draw a history graph of the point a x=1.5 m.
Please show and explain your steps and please show the graph the
before and after the transformation like in the picture, thank
you.
12. Use the transformation T: u = -x and v=ķy to evaluate the integral ſf xdA where R is the region R bounded on the xy-plane by the ellipse 9x² + 4y2 = 36. . Let S be the image of R under T on the uv-plane. Sketch regions R and S. Set up the integral 7as...
can
somone explain and show all work for this? bold is what the answer
should be
its
suppose to be cm NOT cn and CH4
10. Calculate the occupied volume, in cn per 0.35 moles of CH (methane gas). R: 7.84
First you need to find the acceleration and then the time Please
explain how you get ( t ), which way you have used?. And why.
For
this I only have one question. Do we need to divide the distance r
1 cm by 100 to convert it to m in order to get the final answer? Or
just keep it as its.
Show all work clearly. No credit for answer only. Provide the proper units. 1. A particle of...
Can you please explain to me how to draw a graph for both of
these I already did the motion diagrams
For the problem 4-7 below draw a sketch, a motion diagram, and graphs. 4. [pnt] While you are driving down a country road at dusk with a velocity of 22 m/s, a deer suddenly runs across the road in front of you. You apply the brakes, reducing your velocity to 7 m/s in 5 s as you avoid hitting...
please show all work
Q2 - Graph Sketching Consider the function -2 where the graph of g(r) is given below a) State the intervals of increase of G(z). Estimate if needed. b) Estimate the value(s) of r that are a local minimum of G. Explain your answer briefly. c) Sketch the graph of G(z) on the interval [-2,5] (space is provided below). g(x) 4 4
Q2 - Graph Sketching Consider the function -2 where the graph of g(r) is given...
Please show work, thank you
PHYS 250 Name: 3. Sketch the velocity-versus time graph from the following position versus time graph x A n) 2535 t(S) 0.5 D.S 1.5 (nls) 0.5 1,5 2.5 3.5 t(s
Can you please explain how you
get the answer. Thank you.
5. (1 point) 5. Consider the history graph at x-1 m shown below for wave travelling right at v 8 d (cm) 10 / 六すt(s) -10 a) What is the amplitude of the wave? -(include units) (include units) (include units) b) What is the frequency of the wave? c) What is the wavelength of the wave?