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jessica kelly

jessica k.

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What is true about disruptive coloration? (Choose all that apply) It tends to be found on fishes that inhabit coral reefs. ☑ It helps to break up the fish's outline. ☑ It is when fish have stripes or bars on them. It advertises that the fish is dangerous or poisonous. It is the type of coloration that allows fish to blend with its environment.

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Question 5 (1 point) Metaplasia is the transformation of a cell type to malignancy a) True b) False

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In order to start a small business a student takes out a simple interest loan for $3000 for 9 months at a rate of 6.75% a. how much interest must the student pay?

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Given vec(A)=(1)/( ho )hat(phi ), show that grad imes vec(A)=0 for every ho !=0. Given A = 1$,show that V A = 0 for every p 0.

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(25 points) Assume: $E_{Al} = 80 \text{ GPa}$ and $E_{Steel} = 200 \text{ GPa}$ (25 points) COMPOSITE BEAM 5 m 10 kN 150 mm 20 mm 260 mm 20 mm Steel Aluminum C Steel y z

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In the region of free space that includes the volume $2 < x, y, z < 3$, \textbf{D} = \frac{2}{z^2}(yz\mathbf{a}_x + xz\mathbf{a}_y - 2xy\mathbf{a}_z) \text{ C/m}^2 Evaluate the volume integral side of the divergence theorem for the volume defined above

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A PWR rated at 3000 MW thermal has a core consisting of 193 fuel assemblies. Each assembly contains 400 kg of UO$_2$. The plant capacity factor (CF) is 80% and the desired fuel burnup is 30 GWd/t. a) Calculate the core lifetime in years. (4 Marks) b) Shall the CF be increased or decreased, and by how much, if the core lifetime is to be 1 year longer than what was obtained in (i)? (4 Marks) c) What is the implication of the changes in the CF to plant operation? (4 Marks) d) If the enrichment of the fuel is 3.2%, then calculate the number density of fissionable atoms in the fuel in atoms/cm$^3$. (4 Marks) e) Is the number density of fissionable atoms in the fuel increase or decrease, and by how many, if the fuel is uranium carbide, UC$_2$, with the same enrichment? (4 Marks) Data: Avogadro's number = 0.6022 x 10$^{24}$ UO$_2$ density = 10.4 g/cm$^3$, UC$_2$ density = 13.6 g/cm$^3$ Atomic masses: M(U235) = 235.04, M(U238) = 238.05, M(O) = 16, M(C) =12.

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Problem 5: Numerically solve for s/R across a normal shockwave for 0.5 < Mx < 2 for any specific heat ratios in the range 1 < y < 1.67 (you pick). Use the results to discuss why a normal shock cannot take place if Mx is less than unity. Assume ideal gas, with s as specific entropy, R as the gas constant.

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Question 1 If pepp is a JCheckBox object, explain what happens when the following snippet of code is executed: pepp.setBackground(new JCheckBox().getBackground());

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Create a simulation of a deck of cards and then use that deck to play a simple game in C++. The card game should be a simple game of High Card Wins. You should create several classes to make this a reality. Card – Simple class containing information about the card, such as suit and value Deck – Class containing all of the cards necessary to play and with methods, such as shuffle or deal Hand – Another card containing class, used to play a game Game Requirements: - create and shuffle deck of 52 cards - deal two hands of 5 cards each - High card wins

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