1) The anse tw icy eel 2 whare as O.le radls b.3rad Js, Find the anculec...
1- Find the acceleration of AB, Ac, Ad, Assume W2 = 3rad/s [CW] and az = 8 rad/s 1.5 D 4.0 B W2 @2 = 150° С 2.0 O
3rad/s [CW] and 1- Find the acceleration of AB, Ac, Ad, Assume W2 az = last digit of your student ID rad/s? [CCW] 1.5 D 4.0 B 02 02 = 150° С 2.0 o
JS-1: How long is the payback period? a) 5.13 b) 6 c) 5.33 d) 5 JS-2: How much is the present value of future cash flow between year 1 and year 8? a) 83698 b) 71381 c) 72890 d) 72985 JS-3: How much is the net present value calculated as the present value of all future cash flows deducted by the initial investment? a) -72985 b) 72985 c) -27014 d) 27014 JS-4: How much is the Internal Rate of Return...
find the acceleration of B,C,D assume w2=3rad/s cw and α2=4rad/s2 ccw . solution must include graphical and analytical methodexplain the step by step procedure for graphily method 1.5 4.0 150
Find the following derivatives: ON Js, V.X1, X2....,XC-1 ON T,P.x1,x2,...,XC-1
Exercice 1: A car of mass m is on an icy driveway inclined at an angle e, as in Figure. Find the acceleratio d veey is fict oilelrio o the car, assuming that the Home work t d- 2 Fn
3. If the velocity function of an object is u(t)-C2-1) + (21+2) js , what is the instantaneous speed of the object at t 2 4. If the position function of an object is ()(5t2) i+(-t+3t+1) js , what is the velocity of the object at t 4s in rectangular coordinates.
Problems 1. Brillouin zones of rectangular lattice. Make a plot of the first tw zones of a primitive rectangular two-dimensional lattice with axes a, b o B Problems 1. Brillouin zones of rectangular lattice. Make a plot of the first tw zones of a primitive rectangular two-dimensional lattice with axes a, b o B
Question 5. Find the following indefinite integrals: 1. fre'de 4. .Js 3.f x In x dx 6.[(x+5) Ževæ#5dx 2. f x sin 8x dx -5 (1 + In x) sin(x Inx) dx Sin2x sin x cos x dx 5. 7. 5 2x(x2 + 4)5dx 8. dx
5) Find the moment M, if the maximum tensile stress in the T shape cross section js 1 ksi. Determine the maximum compressive stress. 7) a-a is 10 in wide and 6 in deep. Determine maximum tensile and comoressive stress on a-a Find the moment M, if the maximum tensile stress in the T-shape cross section is 1ksi. Determine the maximum compressive stress. 2 in 10 in 2 in 4 in -1 in 1 inz 2 in 11 in 2...