An x-t graph shows displacement over time, and a v-t graph shows velocity over time. The combination of the two graphs can give you great detail about the motion of an object over a given period of time. For example, if an object moved 2 cm over 2 seconds on the x-t graph, that says nothing about what direction the object moved in, but if you combine that data with the v-t graph and see that over those 2 seconds the object had a positive acceleration, that means that the object was moving away from the origin of the graph.
Given that dv/dt = a, you can take the integral of a, and get...vt = a t + C. Substitute v0 for C, and you get vt = a t + v0Assuming that the acceleration due to gravity is about -32 fps2, then the velocity after 2 seconds of an object down with an initial velocity of -20 fps is -80 fps.To solve the second part of the question, "what is the velocity after falling 150 f?", you need to integrate again, and get...xt = 1/2 a t2 + v0 t + C. Substitute x0 for C, and you get xt = 1/2 a t2 + v0 t + x0Solve for t, with xt = 150, (300-150), v0 = -20, and x0 = 300, using the quadratic equation, and you get t = 2.28 s. (You also get t = -1.03 s, but you can ignore that because it is the solution for time prior to the release point.)Go back to the first integral and plug in t = 2.28 s, and you get v = 92.9 fps.This answer assumes no resistance from velocity in air. At 92.9 fps, you might get some effect, depending on the shape and density of the object, so the real answer is less than stated.
The moment generating function is M(t) = Expected value of e^(xt) = SUM[e^(xt)f(x)] and for the Poisson distribution with mean a inf = SUM[e^(xt).a^x.e^(-a)/x!] x=0 inf = e^(-a).SUM[(ae^t)^x/x!] x=0 = e^(-a).e^(ae^t) = e^[a(e^t -1)]
It can vary , but it is something along the lines of G(t) = Ae^(xt) Where 'G' is growth at time 't' 'A' is a constnt 'e' is the exponential 2.7818.... 'x' is the variable factor 't' is the time. e^(xt) is the exponential raised to the power of 'variable factor multiplied to time'.
t=0:.02:20 > num1=[1] > num2=[1 0] > denum=[.2 .2 6] > sys1=tf(num1,denum) > sys2=tf(num2, denum) > xt=impulse(sys1,t) > xdott=impulse(sys2,t) > plot(t,xt,'r',t,xdott,'b') >
There are two possible answers given the information. What isn't given is if the second point is one third of the way from the known or unknown endpoint. Say the known endpoint is (xe,ye) and the point one third of the way along is (xt,yt). If the point one third of the way is closest to the known endpoint, the other endpoint would be (xe+3*(xt-xe), ye+3*(yt-ye)). This is probably the answer implied by your question. If the point is closest to the unknown endpoint the the unknown endpoint is (xe+(3/2)*(xt-xe), ye+(3/2)*(yt-ye)).
what is the deffrent between pa-xt and pc-at
between 16 and 17 stock
Extended Cargo?
Windows XT is Windows eXtended Technology...
you may text any network as long as XT is working at the time you are texting
XT Brewing Company was created in 2011.
Ford XT Falcon was created in 1968.
The differences are relatively minor. The XT included a hard drive, while the original PC needed a card and drive provided for it. The XT also lacked a jack to connect a cassette drive as storage. No version of the IBM PC had a processor faster than 4.77 MHz, but the XT had a version with a 6 MHz processor.
yamaha xt 125 doesn't have oil filter.
i need to find out how to set the timing on a Yamaha xt 500
My 2008 XT manual says 4.2 quarts.
I love TapouT XT! The results I have gotten and the way my body has transformed is incredible!