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brandon moya

brandon m.

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67% of owned dogs in the United States are spayed or neutered. Round your answers to four decimal places. If 43 owned dogs are randomly selected, find the probability that a. Exactly 27 of them are spayed or neutered.

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Home office cost allocation per project is spread across multiple projects based on the annual cost and cost of labor True False

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Determine the flow rate, in m 3 /hr, for another pump that has a displacement of 2.2 L/revolution is run at 80 revolutions/min (rpm)

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Recall that the researchers hypothesized that people who view intelligence as highly stable will be more likely to overestimate their performance than will those who view intelligence as changeable. Also, recall that lower scores on the theories of intelligence scale indicate that participants think intelligence is highly stable, whereas higher scores on that scale indicate that participants think intelligence is highly changeable. Were the regression results consistent or inconsistent with researchers' hypothesis? (Hint: Use the regression equation to help you answer this question.) relative performance estimate = -12.10 (theories of intelligence score) + 0.13 (antonyms test score)

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At a price of P1, 1) the firm is making a profit since average total cost exceeds the price. 2) the firm is making a loss since average total cost exceeds the price. 3) the firm is making a profit since price exceeds average total cost. 4) the firm is making a profit since price exceeds average variable cost. 5) the firm is breaking even since it is able to cover all costs.

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Part A A 37-kg crate is placed on an inclined ramp. When the angle the ramp makes with the horizontal is increased to 27 degrees, the crate begins to slide downward. What is the coefficient of static friction between the crate and the ramp? Express your answer using two significant figures. μs = Part B At what angle does the crate begin to slide if its mass is doubled? Express your answer using two significant figures. θ =

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This program uses a structure to hold data about a rectangle. #include <iostream> #include <iomanip> using namespace std; // Fill in code to declare a structure named rectangle which has // members length, width, area, and perimeter all of which are floats int main() { // Fill in code to define a rectangle variable named myBox cout << "Enter the length of a rectangle: "; // Fill in code to read in the length member of myBox cout << "Enter the width of a rectangle: "; // Fill in code to read in the width member of myBox cout << endl << endl; // Compute the area member of myBox myBox.area = myBox.length * myBox.width; // Compute the perimeter member of myBox cout << fixed << showpoint << setprecision(2); myBox.perimeter = 2 * myBox.length + 2 * myBox.width; // Fill in code to output the area with an appropriate message // Fill in code to output the perimeter with an appropriate message // Fill in blank part of the code to check if the myBox is a square or not if ( ) // Fill the test condition for if statement here cout << "The rectangle is a square" << endl; else cout << "The rectangle is not a square" << endl; return 0; }

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*Draw the bond graph for the below systems:.

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11-39 It is said that Archimedes discovered his principle during a bath while thinking about how he could determine if King Hiero's crown was actually made of pure gold. While in the bathtub, he conceived the idea that he could determine the average density of an irregularly shaped object by weighing it in air and also in water. If the crown weighed 3.55 kgf (= 34.8 N) in air and 3.25 kgf (= 31.9 N) in water, determine if the crown is made of pure gold. The density of gold is 19,300 kg/m$^3$. Discuss how you can solve this problem without weighing the crown in water but by using an ordinary bucket with no calibration for volume. You may weigh anything in air.

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Please show steps and changes to the circuit. 1. For the circuit below, determine the number of state variables needed and write equations that can be used to obtain the standard form of state variable equations for this system corresponding to the circuit with the switch closed at t = 0. Also, determine the initial conditions by solving for the steady-state values corresponding to t < 0 (the starting values of the state variables). The output is the voltage across the capacitor. (Hint: The R and R resistors do not need to be included in any of the equations for t > 0.) 1 Vs = 10V L = 11.3 mH C = 2.26 F R = 100 Ω RA = 1000 Ω R = 15002 Ω R L RA

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