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jose miguel dixon

jose miguel d.

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Question 18 AAA Inc. is expected to pay a dividend of $7 per share at the end of the year. The rate of return is 10%. The dividend is expected to grow at some constant rate. What is the growth rate? A 3.5% B 4.5% C 4.0% D 3.0%

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Identify two anatomical adaptations shared by Vertebrate lungs, gills (i.e. fish) and Insect tracheoles. Then, describe one anatomical feature that is unique to each one.

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Maria takes out a 30-year mortgage for $201,962 at an annual interest rate of 5.9%. How much does she still owe when there is 1 year left on the loan? Round your answer to the nearest dollar.

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Question 4 Bile is made in the ________. ? small intestine ? stomach ? liver ? large intestine

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What is the appropriate root operation for the use of a cavitron ultrasonic surgical aspirator (CUSA) to remove brain tissue?

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How does Azure handle IP addresses in each subnet? Group of answer choices Assigns all IP addresses to virtual machines Reserves the first and last IP addresses Uses dynamic IP addressing only Reserves no IP addresses

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Use the Ratio Test to determine the convergence or divergence of the series.\\ $\sum_{n=1}^{\infty} \frac{1}{n!}$ \\ $\lim_{n \to \infty} \left| \frac{a_{n+1}}{a_n} \right| = \lim_{n \to \infty} \left| \frac{\frac{1}{(n+1)!}}{\frac{1}{n!}} \right|$

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Why does the yield associated with refinancing a mortgage go down when the borrower holds the property for fewer years? Select all that apply. A. The borrower has fewer years to benefit from the lower monthly payments on the refinanced loan. B. Refinanced loans come with prepayment penalties whereas original loans do not. C. The borrower has fewer years to recover the refinancing costs. D. The borrower pays the refinancing costs upfront. E. Interest rates usually go up over time, so the borrower has fewer years locked into a lower interest loan.

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Please help me do this in F# Please check out the first question I posted. 1.2.4 Problem 4 (20 pts) 1. A tree is perfect if all the leaves of the tree are at the same depth. Define a function perfect: Tree<'a> -> bool that returns true if the tree supplied is perfect and false otherwise. 2. A tree is degenerate if all the nodes are arranged in a single path. Equivalently, a tree is degenerate if all nodes have at least one leaf child. Define a function degenerate: Tree<'a> -> bool that returns true if and only if the tree supplied is degenerate and false otherwise. [ ]: let rec perfect t = // write your solution here Test your function: [ ]: perfect Leaf // true [ ]: perfect (Node(Leaf,1,Leaf)) // true [ ]: perfect (Node(Node(Leaf,2,Leaf),1,Leaf)) // false [ ]: perfect (Node(Node(Leaf,2,Leaf),1,Node(Leaf,3,Leaf))) // true [ ]: perfect (Node(Node(Node(Leaf,4,Leaf),2,Node(Leaf,3,Leaf)),1,Leaf)) // false [ ]: perfect (Node(Node(Node(Leaf,4,Leaf),2,Leaf),1,Node(Node(Leaf,6,Leaf),5,Node(Leaf,7,Leaf)))) // false [ ]: perfect (Node(Node(Node(Leaf,4,Leaf),2,Node(Leaf,3,Leaf)),1,Node(Node(Leaf,6,Leaf),5,Node(Leaf,7,Leaf)))) // true [ ]: let rec degenerate t = // write your solution here Test your function: [ ]: degenerate Leaf // true [ ]: degenerate (Node(Leaf,1,Leaf)) // true [ ]: degenerate (Node(Node(Leaf,2,Leaf),1,Leaf)) // true

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Table 4.2 Currency Cross Rates (2:00 p.m. ET, January 11, 2019) Per C$ Per US$ Per € Per ¥ Per £ Per Sw fr Per A$ Canadian dollar (C$) * 1.32329 1.52586 0.012238 1.68925 1.35328 0.95043 U.S. dollar (US$) 0.75569 * 1.15307 0.009249 1.27654 1.02267 0.71823 Euro (€) 0.65537 0.86725 * 0.008021 1.10720 0.88697 0.62292 Japanese yen (¥) 81.71270 108.11980 124.67273 * 138.12155 110.61947 77.63975 British pound (£) 0.59198 0.78337 0.90318 0.00724 * 0.80122 0.56273 Swiss franc (Swfr) 0.73894 0.97783 1.12744 0.00904 1.24809 * 0.70245 Australian dollar (A$) 1.05216 1.39232 1.60535 0.01288 1.77704 1.42359 * If the C$ strengthens by £0.0021 from the value in Table 4.2, what will be the new value of C$ per £1.00? (Do not round your intermediate calculations. Round your answer to 4 decimal places.) New value C$ per £1.00

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