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Draw out a pair of homologous chromosomes in the round, smooth parent showing the arrangement of E, e, F and f alleles

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You own 100 shares of a stock that currently sells for $1,200 a share. The company is about to declare a 20-for-1 stock split. Which of the following best describes your likely position after the split? a. You will have 2,000 shares of stock, and the stock will trade at or near $120 a share. b. You will have 2,000 shares of stock, and the stock will trade at or near $60 a share. c. You will have 100 shares of stock, and the stock will trade at or near $60 a share. d. You will have 5 shares of stock, and the stock will trade at or near $1200 a share. e. You will have 5 shares of stock, and the stock will trade at or near $60 a share.

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Problem 68. (10 points) Use an identity to find the exact value of each expression: Note: You are not allowed to use decimals in your answer. sin(79°) cos(41°) + cos(79°) sin(41°)=_ sin(56°) cos(11°) - cos(56°) sin(11°)=_ Correct Answers: • 0.866025403784439 • 0.707106781186548

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Chapter 14: Chemical Kinetics, Due Feb 5 Chapter 14 Question 39 - Multiple Choice Part A Using the method of initial rates for the reaction A \rightarrow B, if the initial concentration of A is doubled and the rate of reaction quadruples, what is the order of reaction with respect to A? fourth zeroth first second

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Which of the following describes a major similarity between social reform movements aimed at improving the quality of schools and those aimed at improving mental health facilities during the 19th century? A. Both movements offered opportunities for women to participate in American public life. B. Both movements were motivated by a desire to improve the United States' international reputation. C. Both movements resulted in the federal government exercising greater power over the states. D. Both movements were more widespread in Southern states than in Northern or western states.

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A 2-kg bicycle tire with a radius 0.33 m rotates with angular speed of 120 RPM. a. Find the angular velocity in rad/s. b. Find the rotational kinetic energy. c. Find the angular momentum of the tire, assuming it can be modeled as a ring.

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Functional Groups A CH$_3$NH-C-CH$_3$ O B H-C-O C H$_2$N-CH$_2$CH$_2$CH$_2$CH$_3$ D CH$_3$-C-OCH$_3$ O E CH$_3$CH$_2$CH$_2$OCH$_2$CH$_3$ F HO-C-O G HO H CH$_3$CH$_2$CH$_2$-C-CH$_3$ O Refer to the structures above to answer the following questions. 2pts each. 22. Which of the above represents an alcohol? 23. Which of the above represents an aldehyde? 24. Which of the above represents a carboxylic acid? 25. Which of the above represents an ether? 26. Which of the above represents an ester? 27. Which of the above represents an amine? 28. Which of the above represents an amide? 29. Which of the above represents a ketone?

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Question 35 (1 point) Listen Paula's daughter has recently been diagnosed with autism. This is common, as in 2019 ____ children in the U.S. are expected to be diagnosed with autism. 1 in 10 1 in 22 1 in 36 1 in 45

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EE 2353-002 Fall 2017 Practice Problems, Part 2 - R. von Borries 10 24 Average Power - Mean Square Value The complex exponential Fourier series of a periodic signal $f(t)$ is given by $\infty$ $f(t) = \sum_{n=-\infty} D_n e^{jn\omega_0 t}$, (1) for $-\infty < t < \infty$. Write the average power of $f(t)$ in terms of the coefficients of the complex exponential Fourier series in (1). Use the following expression to find the average power or the mean-square value (MS): $MS = \frac{1}{T_0} \int_{T_0} |f(t)|^2 dt = \frac{1}{T_0} \int_{T_0} f(t) f^*(t) dt$, where $f^*(t)$ denotes the complex conjugate of $f(t)$.

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b) A thin flat plate made of aluminum alloy has a central crack of 6mm, as shown in Fig. Q4b. The fracture toughness of the material is 42 MN/m³/2. The plate is subject to a tensile stress ($\sigma$) that fluctuates between 30 and 120 MPa. Assume the geometry factor is Y = 1.16 and Paris's law is represented by $\frac{da}{dN} = 4.3 \times 10^{-11} (\Delta K)^{3.55}$. Determine, i) the maximum tolerable crack size. ii) the number of cycles to failure

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andres c.