C(300)= 5000 represents that the cost of manufacturing 300 unit is 5000.
C'(300)= 12.75 is the marginal cost at q=300 means if we produce one more unit then it will cost 12.75 more
Answer fully please and show work! Thank you will give good rating! 6. Consider a company...
show all work and answer fully. will give a good
rating for a good answer
4. Let (Xn);-o be a martingale with respect to {期000, show that Cov (Ann-Xi, A4) = 0 for all k s ism.
4. Let (Xn);-o be a martingale with respect to {期000, show that Cov (Ann-Xi, A4) = 0 for all k s ism.
show all work and answer fully!
will give a good rating for a good solution
3. Let P be a transition matrix of an irreducible Markov chain with n states. Prove that for each two states iメj there exists k-n-1 such that P > 0.
3. Let P be a transition matrix of an irreducible Markov chain with n states. Prove that for each two states iメj there exists k-n-1 such that P > 0.
show all work and answer fully. will give a good
rating for a good answer
5. Let {h}n=o be a stochastic process and T be a random variable whose values are non-negative integers. Suppose that a random variable T is such that for each n the event (T 2 n) depends only on Yo, Y,...,Yn. Is T necessarily a Markov time with respect to (Y,)?
5. Let {h}n=o be a stochastic process and T be a random variable whose values...
Please solve and show work fully for a rating. Thank you.
129 12 65 Consider a 5-year bond with a face value of 100 USD/bond that pays coupons ev- ery six months. It has a yield to maturity of 4.0400% and an annual coupon rate of 4.0000%. What is the bond's price if there are no arbitrage opportunities? (Input your answer with 4 decimals)
Please show steps and include all work, thank you! Will give a
very good rating
Problem 1 - Consider each of the following situations independently. Fill in the blanks with the appropriate information. 1. Units Sold Total Sales Variable Cost Variable Cost Contribution Total Fixed Net Income/ Percentage Margin per Costs (Loss) Unit 20,000 $360,000 $9.90 $40,000 per Unit Work: Total Sales Number of Units Sold Selling Price per Unit Variable Cost Per Unit Total Fixed Costs Total Contribution rgin...
Please show work and explain work for both questions for a full
rating. Thank you.
Question 1 When the price of a good increases, George reduces his quantity demanded by 6 units due to substitution effect and increases his quantity demanded by 2 units due to income effect. For George, therefore, this must be: A. A normal good B. An inferior good C. A Giffen good D. Either a normal good or an inferior good E. None of the above...
Show all work and answer fully!
will give a good rating for a good solution
2. Let {y,/-1 be a sequence of independent identically distributed random = k) = ak for variables with values in the set S {0,1, ali n E N and k E S. Let Xo = 0 and ,9), where P( x, = Yǐ + . . . + Y,, (mod 10). Show that XJn-o is a Markov chain, and find its transition probabilities in terms...
Please show all work and give correct answer.
Will give a thumbs up and good rating :)
3. The circumference of a sphere was measured to be 84 cm with a possible error of .5 cm. Use differentials to estimate the maximum error in the calculated volume. Then find the relative error (C = 27r; V= #r3, relative error "Y). You may leave the maximum error in terms of 3 TT.
Please solve and show work fully for a rating. Thank you.
Suppose you are a speculator who trades in the foreign exchange market. You take a short position in the AUDNZD at 1.0779. After two weeks have gone by, the AUDUSD is trading at 0.71860 and the NZDUSD is trading at 0.6825. If the lending/borrowing rate is 0% and you traded 1,000,000 AUD, what are your MTM profits in NZD? If the answer is A,B, C, D, E, or F,...
Please help with part A, C and D. I will give a good rating,
thank you!!
Constants Part A For each case in the figure below, the system consists of the masses shown with the indicated Find the z- and y-components of the net momentum of system (a) Assume that u = 45 m/s Express your answers using two significant figures velocities. (Figure 1) separated by a comma. Figure 1 of 1 a)