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debbie gilmore

debbie g.

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Find the grashof condition and instant center 225 mm 75 mm 225 mm 75 mm

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Prompt: In his Letter from a Birmingham Jail Dr. Martin Luther King Jr. mentions Socrates no less than three times. What connection is King trying to draw between Socrates and himself, and for what purpose? In your own analysis, what are the most important parallels between King's and Socrates' political actions? And what are the most important differences? Respond citing appropriate textual evidence from King's Letter from a Birmingham Jail, Plato's Apology, and Plato's Crito.

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We have two cars where Car A is heading North at 50 mph and Car B is heading West at 70 mph. At 12 AM, Car A was located 100 miles directly South of Car B. At 12:12 AM, approximately how far apart were the two cars?

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According to Role Theory, when children begin to understand the roles of other people outside of their everyday experiences ("the generalized other"), what stage are they in? Group of answer choices The Play Stage The Imitation Stage The Looking Glass Stage The Game Stage

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The karyotype below is the result of nondisjunction during mitosis.

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A. Estimated standard error of bar(Y) B. Sampling distribution of bar(X) C. An interval with 68% coverage D. 100% confidence interval for p E. Sample size needed for 0.05 margin of error F. An interval with about 95% coverage G. Margin of error H. About 2 for moderate sample sizes I. Estimated standard error of hat(p) J. Actual standard error of bar(Y)

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Provide a possible explanation for why the sample slope of sole in regression 1 (the regression not including age) is similar to the sample slope of sole in regression 2 (the regression including age). Regression 1: regress prate sole Source I ss +p MS Number of obs F(1, 1532) Prob > F R-squared Adj R-squared Root MSE = = = = = = 1,534 39.38 0.0000 0.0251 0.0244 16.511 Model Residual 10736.6946 1 10736.6946 1,532 272.616739 417648.845 Total 428385.539 1,533 279.442622 prate - Coef. Std. Err. t P>|tI [95% Conf. Interval] sole _cons 5.292805 84.78206 .8433869 .5889318 6.28 143.96 0.000 0.000 3.63849 83.62686 6.94712 85.93726 Regression 2: regress prate sole age Source I ss +p MS Number of obs = 1,534 F(2, 1531) Prob > F R-squared Adj R-squared Root MSE = = = = = 45.16 0000'0 0.0557 0.0545 16.255 Model Residual 23862.3552 404523.184 2 11931.1776 1,531 264.221544 Total 428385.539 1,533 279.442622 prate 1 Coef. Std. Err. t P>|tI [95% Conf. Interval] sole age cons 5.687924 .3197828 80.37427 .8321898 .045371 .8527962 6.83 7.05 94.25 0.000 0.000 0.000 4.055572 .2307868 78.70149 7.320277 .4087787 82.04704

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The position of an object moving along a line is given by the function $s(t) = -18t^2 + 54t$. Find the average velocity of the object over the following intervals.\ (a) $[1, 10]$\ (c) $[1, 8]$\ (b) $[1, 9]$\ (d) $[1, 1+h]$ where $h>0$ is any real number.\ (a) The average velocity of the object over the interval $[1, 10]$ is

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Examine the following code. What is true about the variables within the class? 1 package assignment; 2 3 public class Batter { 4 5 private int runs; 6 private String name; 7} 8 they can be accessed by child classes of Batter that are outside the assignment package they can be accessed by any class outside the assignment package they cannot be accessed outside the class Batter they can be accessed by other classes in the assignment package

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Question 1 Algorithm Consider the following algorithm (shown below) which takes an integer array as input and returns an integer as the result. Test (Array A[1..n] ) 1. p ? A[n] 2. i ? 0 3. for j ? 1 to n ? 1 4. if A[j] ? p 5. i ? i + 1 6. swap A[i] and A[j] 7. swap A[i+1] and A[n] 8. return i + 1 Try to run this algorithm with the following input array: A[1..8] = |15| 99 | 42 | 51 | 27 | 38 | 63 | 32 | Fill in the following table (just after executing Line 6 of each loop iteration). i j Content of array A 1 2 3 4 5 6 7

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