21) Question 4 Find the particle path for the flow v-(axt,-ay,0), and that path which is passes through at point ( 13] 4.2. Glycerin at 60°C as shown in the chat below flows in a 0.8cm diameter pipe with a velocity distribution of u (γ)-5 (Te1-10-6) m/s. Calculate the shear stress on: a) the pipe wall b) and at the centre of the pipe. ni 161 21) Question 4 Find the particle path for the flow v-(axt,-ay,0), and that path...
ay in Protected View Enable Editing 2 Ejercicios de práctica 1. Correction of consolidated net income Pop Corporation paid $1,800,000 for a 90 percent interest in Son Corporation on January 1, 2019; Son's total book value was $1,800,000. The excess was allocated as follows: 560,000 to undervalued equipment with a three-year remaining useful life and $140,000 to goodwill. The income statements of Pop and Son for 2019 are summarized as follows (in thousands): Pop Son Sales $4.000 1,600 Income from...
(Dx?-lay,-ay,]s+(A%-ay,]s+[a,v,-ay,]s) 1. Calculate the curls of:
Problem 4.2. Please only do 4.2, I only need help with 4.2 Only 4.2 please . OVERFITTING 4.4 Problems pict the monomials of order i, фі(x-a". As you increase correspond to the intuitive notion of increasing complexity? Prob Problem 4.2 Consider the feature transform z = Lo(2), L1(x), L2(zr and the linear model h(x) w'z. For the hypothesis with w [1,-1, 1 what is h(z) explicitly as a function of z? What is its degree? Problem 4.3 The Legendre Polynomials...
U - Lomp, Question 2: A) For any non - zero vectors i = (ay, ay, ay) and j = (by, by, by) show that ū xů = -(üxü) (2 Marks
1. Let a=(ay, ay) and b= (6,62) be vectors in Rº. a. Verify that <a, b >= 20,62 +5 a,b2 satisfies the inner product axioms. b. a=(-1,3), b= (2,5) Find da,b).
A father racing his son has 1/3 the kinetic energy of the son, who has 1/2 the mass of the father. The father speeds up by 1.6 m/s and then has the same kinetic energy as the son. What are the original speeds of (a) the father and (b) the son?
4.2 (a) Design the reinforcement for the beam shown in the figure for Problem 4.2, if the dead load moment is 90 ft-kips and the live load moment is 140 ft-kips. (b) Determine the maximum tension reinforce- ment A, permitted for this beam by ACI- 9.3.3.1 and for a tension-controlled section. - 48" (1.2 m) - 4" (100 mm) 24" (610 mm) - 15"- (380 mm) Problem 4.2
A father racing his son has one-third the kinetic energy of the son, who has one-third the mass of the father. The father speeds up by 2.1 m/s and then has the same kinetic energy as the son. (a) What is the original speed of the father? m/s (b) What is the original speed of the son? m/s
Just do part (a) 1. Find a solution of ay ay 022 + c at2 = 0, where c is a constant, that satisfies the conditions: (a (b) y=0 y + 0 y= a sin(2cm) + 2a sin(cr) when r = 0 when t +00 when t = 0.