## A rigid bar is supported by two rods made of the same material. If the bar is horizontal before the load P is applied…

Question: A rigid bar is supported by two rods made of the same material. If the bar is horizontal before the load P is applied, find the distance x that locates the position where P must act if the bar is to remain horizontal. P= 10 kips  A rigid bar Read more…

## A combination of inverters is shown in Figure. If a HIGH is applied to point A, determine the logic….

Question: A combination of inverters is shown in Figure. If a HIGH is applied to point A, determine the logic levels at points B through F. FIGURE  Click the button below to view answer! If you happen to run into some problem while following the steps, please make sure to let us know in the Read more…

## Applied Strength of Materials, Sixth Edition…

Question: Applied Strength of Materials, Sixth Edition..   Click the button below to view answer! If you happen to run into some problem while following the steps, please make sure to let us know in the comment section below, we’ll do our best to solve it. Apart from that, you Read more…

## There is current of 109 pA when a certain potential is applied across a certain resistor. When that same potential…

Question: There is current of 109 pA when a certain potential is applied across a certain resistor. When that same potential is applied across a resistor made of the identical material but 27 times longer, the current is 0.044 pA. Compare the effective diameters of the two resistors. d2/d1= ? Read more…

## Suppose that each of the following Update operations is applied dire to the database state shown in Figure 5.6. Discuss all integrity constrain…

Question: Here is the table 5.6 Suppose that each of the following Update operations is applied dire to the database state shown in Figure 5.6. Discuss all integrity constrain Exercises 201 violated by each operation, if any, and the different ways of enforcing these constraints. a. Insert into EMPLOYEE. b. Read more…

## Two rods AC and BC are hinged at points A, B and C, and two forces F_1=445N and f_2= 535N are applied at hinge C. Determine the forces acting on rods AC and BC. Neglect the weight of rods.

Question: Two rods AC and BC are hinged at points A, B and C, and two forces F_1=445N and f_2= 535N are applied at hinge C. Determine the forces acting on rods AC and BC. Neglect the weight of rods. Click the button below to view answer! If you happen Read more…

## Applied Multivariate Statistical Analysis (6th edition) Solution Request

Before requesting the solutions, please read the points below: The solution will be uploaded on Technifi website. These Solutions are prepared by our Technifi experts. Due to large number of requests. It might take us a while to answer the solution. Please be patient. You’ll not be notified by email when Read more…

## Evaluate the mechanical impedance seen by the applied force drivi…

Home/Education/Expert Q&A/Evaluate the mechanical impedance seen by the applied force drivi… Question: Evaluate the mechanical impedance seen by the applied force driving a simple harmonic oscillator with an infinite string extending transversely from the mass. Click the button below to view answer! If you happen to run into some problem Read more…

## Applied Multivariate Statistical Analysis (6th edition) Textbook Solutions Chapter 4 Problem 28

Home/Education/Textbook Solutions/Applied Multivariate Statistical Analysis (6th edition) Textbook Solutions/Chapter 4/Problem 28 Problem Consider the air-pollution data given in Tables 1.5. Construct a Q–Q plot for the solar radiation measurements and carry out a test for normality based on the correlation coefficient rQ [see (4-31)]. Let α=.05 and use the entry corresponding to n = 40 in Read more…

## Applied Multivariate Statistical Analysis (6th edition) Textbook Solutions Chapter 4 Problem 29

Home/Education/Textbook Solutions/Applied Multivariate Statistical Analysis (6th edition) Textbook Solutions/Chapter 4/Problem 29 Problem Given the air-pollution data in table 1.5, examine the pairs X5 = NO2 and X6 = O3 for bivariate normality. (a) Calculate statistical distances  where  (b) Determine the proportion of observation , falling within the approximate 50% probability contour of a bi variate normal distribution. (c) Read more…