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hi I need sol for 30 min Q3: Fisit the point where the tra *=+2y=-24,=1+ interacts...
1. I need help with figuring out the numbers for Min, Q1, Median, Q3, Max, the Outliers and the Frequency. 2. I also need help to present these in 3 visuals: Create at least three visuals using your data. Visuals must include two visuals where central tendency and outliers can be seen: Histogram Box and Whisker plot Note: If you have outliers, make sure you create one visual with the outlier(s) and one without the outlier(s). Visuals must include a...
intersects the plane Q3: Find the point where the line x x = + 2t , y = -2t, z = 1+t through P (1,1,-1). Q(2,0.2) and S (0,2,1) ?
4. Suppose an agent has utility function u(1q2.q3)1 min {q2q3), where these goods have respective prices p1 4 and p2 p3 3. Supposing the agent has wealth of W 24, how much of each good will the agent consume?
(1 point) Find((x2 +2y)i +3y j)- dr where C consists of the three line segments from (3,0, 0) to (3,4,0) to (0, 4, 0) to (0, 4,4) Jex2 2y)i3yh df = [95
Hi, I need help with full working for this question. Answer for i) is 0 and ii) is 0.0595. Q11. Consider a random walk Sn = X1 + X2 + ... XD where Xi's are identically and independently distributed Bernoulli random variables such that p = P(Xi = 2) = 0.7 and q = P(Xi = -1) = 0.3. Calculate (i) (ii) P(S4 = 0); P(S6 = 0).
Hi I need answer of this question please Take in consideration that h2 = (50+x) cm. The pressure of water flowing through a pipe is to be measured by an arrangement showing in the below figure. Determine the pressure in the pipe for the given values. P.-30 kPa Air Pipe Water Water 15°C h1-8 cm し1-6 cm Gage fluid SG-2.4 Figure 1
IMPORTANT: I realize that the answer/walkthrough is posted. What I need help with is the point where the derivative of (K/L) is being taken with respect to MRTS. At that point on I'm totally lost in what's going on. Please give a very detailed explanation of how the derivative of (K/L) is taken with respect to MRTS. I have no idea where the -1/p came from or where the p+1 exponent came from. Please show me in a detailed way...
Hi, I need help with a fixed-point method program. It has to be done in C. The inputs are: Initial approximation ρo, tolerance ε, and the maximum number of iterations MAXIT. The outputs are: Approximate solution ρ or "solution not found". STEP 1 Do i=1 STEP 2 While i≤ MAXIT, execute steps 3-6 STEP 3 Do ρ=ϕ(p) (calculate pi) STEP 4 If |ρ-ρo|<ε then output(ρ) (operation sucessful) END STEP 5 Do i=i+1 STEP 6 Do po=p (update po) STEP 7...
Hi, I need help with this linear algebra problem. Thank you! Let A = 0.7 0.1 0.3 0.9 Find P and D such that A = PDP-1, where D is a diagonal matrix.
I need it to be solved in the next 30 min 4) Bottom of the section (Point A) CASIO Draw the shearing stress distribution Problem 2 (8 marks) The two stec 1 plates are bolted to the wooden beam shown by 30-mm-diameter bolts spaced at 150 mm. Knowing tha for steel and beam wood are 200 and 40 GPa, respectively subjected t 7000 N, and that the moduli of elasticity 1. Draw the transformed section showing dimension (Hint: 1 plate)...