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1. Co make) Le mbele par ob- le ble 1. (10 marks) Let a, b, c R3. Prove that a x (b x c) = (a.c)b – (a. b)c.
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need help with the following Java problems
List the one-dimensional isG, l's le is HJsre is F, G'sic is E,G's re is B,Hs le is C 25. array corresponding to the heap described below: J is the root, J's le is 1, I's re , H's re is A, Fs le is D For any positive integer n, describe how to arrange the integers 1, 2,..., n so that when they are inserted 26 into a BinarySearchTree object, the...
dir 4. Evaluate Le Jo 1+ 206
3. Find it) vo 412 w X 2/4) t=0 sec LE 320 zov 2 4.- (25) Find itt) two ways: a) in the time domain 6) using the Laplace Transform t=0 sec et ilt) + 10 cost Volts 12 mm lovolts MI
Problem 6. Find the optimal ordering policy for the stochastic single-period model with a setup cost where the demand has the probability density function (Le-t/25, t20 0, t<0 and the costs are: Holding cost 40 cents per item, Shortage cost $1.50 per item, Purchase price $1 per item, Setup cost $10. Assume pre-existing inventory I on hand. Note that equation for s* will have to be solved numerically
Problem 6. Find the optimal ordering policy for the stochastic single-period model...
Please answer all parts
LE, r ombe
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An economy has a Cobb–Douglas production function: Y=Kα(LE)1−αY=Kα(LE)1−α The economy has a capital share of 0.30, a saving rate of 42 percent, a depreciation rate of 5.00 percent, a rate of population growth of 2.50 percent, and a rate of labor-augmenting technological change of 4.0 percent. It is in steady state. . At what rates do total output and output per worker grow? Total output growth rate: % Output per worker growth rate: %
Determine the indices of the directions shown in Figure 1.
Material Engineering
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