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jerry carranza

jerry c.

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40. Which of the following terms describes only the protein component of a typical enzyme? A. cosubstrate B. prosthetic group C. apoenzyme D. holoenzyme E. cofactor

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Megan wants to have an extension built on her house. She is told it will take 8 builders 28 days to build the extension. How many builders would Megan need to hire if she wanted her extension built in 16 days?

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1. [60 points] Heap-Sort (1) [40] Illustrate the operations of building a Max-Heap and Heap-Sort on the following array: A=<16, 20, 10, 5, 13, 8, 7, 4, 25, 3, 6, 12>. For each iteration, use binary trees to show the intermediate data structures or results. (2) [20] What are its worst-case and best-case running times? Justify your answer

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Find the nominal rate which when compounded semiannually and applied to a P^(50),000 principal will earn an interest of P^(5),000 after 60 months.

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QUESTION 13 What type of tissue is the renal fascia? A. dense regular collagenous connective tissue B. transitional epithelium C. dense elastic connective tissue D. stratified squamous epithelium E. dense irregular collagenous connective tissue.

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QUESTION #3 Find the value of each resistor for the network of the Figure below. 8 A RI + 2(15) R 215 120 V 2R 1200 2R R SOLUTION

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Name the four types of market structures; identify which are the 2 more realistic/common types and which two are the extremes? Compare and Contrast the 4 types with 2 identifying characteristics of each.

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(10 Points) Write the Boolean expression for the output of the following logic circuit: A B C D Out

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Example 6.1. Find the magnetic field of a uniformly magnetized sphere. Solution Choosing the $z$ axis along the direction of $M$ (Fig. 6.12), we have $\mathbf{J}_b = \nabla \times \mathbf{M} = 0$, $\mathbf{K}_b = \mathbf{M} \times \hat{\mathbf{n}} = M \sin \theta \hat{\boldsymbol{\phi}}$. FIGURE 6.12

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Bikers 1 and 2 are traveling in the same direction along straight road at the same speed of 29 km per hr. Biker 1 is 150 m. ahead of Biker 2. Biker 1 decelerates at 2 m per sec². From this instant, determine the time the Biker 2 overtakes Biker 1. B2 B1 150 m. >> S1 S2 Meeting pt. In Problem 1, determine the distance traveled by Biker 1 and also Biker 2.

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