What are different types of live loads consider in the design of RCC bridges

describe how bridges technology fit into the overall EHR mirgration path

1. The effect of an inhibitor on an enzyme was tested and the experiment gave the results below. Plot on Excel the data using a double-reciprocal plot (Lineweaver-Burke), determine K_m and V_max of the no inhibitor and each type of inhibitor and the type of inhibition that is occurring.

[S] µM      V (µmol/min) V (µmol/min) V (µmol/min)

                  with 0.0 nM    with 25 nM     with 50 nM

                  Inhibitor          Inhibitor          Inhibitor

______      ___________ ___________ ___________

                     0.4          0.22                0.21                 0.20

                     0.67        0.29                0.26                 0.24

                     1.00        0.32                0.30                 0.28

                     2.00        0.40                0.36                 0.32

Using Node.js with Express, show how you would create the following routes, using these URL's, as examples:

~ http:#localhost:4200/books/isbn/978123487999/author

This URL will return an author's full name from array of names, mapped by ISBN.

~ http:〃localhost:4200/books

This returns all the books (just the book names) from the database.

A student does an experiment to determine the molar solubility of lead(II) bromide. She constructs a voltaic cell at 298 K consisting of 0.675 M lead nitrate solution and a lead electrode in the cathode compartment, and a saturated lead bromide solution and a lead electrode in the anode compartment.

If the cell potential is measured to be 5.36×10^-2 V, what is the molar solubility of lead bromide at 298 K determined in this experiment?

1.

a.Include a Javadoc comment at the top of the class. The Javadoc comment should contain:

i.The name of the class and a (very) short description

ii.An @author tag followed by your name

iii.An @version tag followed by the version number.

b.Do not include a main method inside the class definition. Remember the main method is what gets executed first when we start our program. In this case, the Sphere class is not a complete program. It will simply be used to represent a Sphere concept. We will create our main method in a separate Driver class.

2.A Sphere is defined mathematically as the set of points in 3D space that are all at the same distance r (radius) from a given point. This suggests that a Sphere should have instance variables that represent the following:

a.X-coordinate

b.Y-coordinate

c.Z-coordinate 1

d.Radius.

3.The Sphere class needs a constructor which accepts a parameter for each of these four attributes, and assigns the value to the respective instance variable.

4.Create an accessor and a mutator for each instance variable.

5.Create a method that returns the surface area of the Sphere. The formula for the surface area A of a sphere of radius r =4휋푟!.

6.Create a method that returns the volume of the Sphere. The formula for the volume V of a sphere of radius r ="#휋푟#.

7.Create a toString()method which returns a String composed of the concatenation of the information in the Sphere. Customarily the toString() is the last method in the class

CAN YOU PLEASE ANSWER ALL QUESTIONS.

1). Two point charges, q₁= +10 nC and q₂= +5 nC, are located on the x-axis at x= 0 and x=5.00 m. What is the electric field at point x=1.10 m?

2). Two point charges, q₁= +8 nC and q₂= -3 nC, are located on the x-axis at x= 0 and x=5.00 m. What is the electric field at point x=3 m?

3). Two charges, one is + 36 nC and other is -2* 36 nC are separated by 1 m distance. What is the electric field at the mid point of the line joining the charges?

4). Two charges, one is - 61 nC and other is 2* 61 nC are separated by 2 m distance. What is the electric field at the mid point of the line joining the charges?

5). Three charges, + 21 uC, - 21 uC and + 21 uC are placed at A (0,5cm), B (5cm,0), C(-5cm,0). Calculate the potential energy of the whole system of charges.

1. Under the UC Guide to Healthy Lawns: List 5 common turf diseases and the cause of each.

2. Under the UC Guide to Healthy Lawns: List 5 common turf insects and list the damage each may cause.

3. Under the UC Guide to Healthy Lawns: What are the symptoms of compaction?

4. Under Trees & Shrubs: What is Black Spot on Roses? How can Black Spot be managed?

5. Under Trees & Shrubs: What do Gall Mites do to Camellias?

6. Under Trees & Shrubs: What causes Anthracnose on Sycamores? Is anthracnose fatal?

7. Under Insects, mites, mollusks, and nematodes: What is the difference between an Argentine Ant and a Carpenter Ant?

8. Under Insects, mites, mollusks, and nematodes: What is a Firebrat? What damage do they do?

9. Under Insects, mites, mollusks, and nematodes: What type of damage is caused by Boxelder Bugs? How should Boxelder Bugs be managed?

10. Under Insects, mites, mollusks, and nematodes: What is the importance of Millipedes and Centipedes?

1. Santa Clara Electronics, Inc. of California currently exports 1,000,000 electric switches per year to the Argentina under an import agreement that expires in five years. In the Argentina, the imported switches are currently sold for peso equivalent of $75 per set. Santa Clara’s costs, including shipping, are $50 per set, and its current pre-tax profit is $25 per set. Similar costs and prices would occur in Argentine production. The market for this type of switch in the Argentina is stable (neither growing nor shrinking, and Santa Clara holds the major portion of this market.

   The Argentine government has invited Santa Clara to open an assembly plant so that imported switches can be replaced by local production. If Santa Clara makes the investment, it will operate the plant for 5 years and then sell the building and equipment to Argentine investors for $5,000,000. Santa Clara will be allowed to repatriate all net income and depreciation to the US at the end of each year. Santa Clara traditionally evaluates all foreign investments in U.S. dollar terms.  

   Investment:   Santa Clara’s anticipated outlay in 2020, expressed in US dollars and sufficient for the full five years, would be:

                         Building and Equipment                          $40,000,000

                         Working Capital                                            $10,000,000

                         Total Outlay                                              $50,000,000

              All investment outlays will be made in 2020, and all operating cash flows will occur at the end of years 2021 through 2025.

   Depreciation:           Building and equipment will be depreciated over five years on a straight-line basis to a $5,000,000 salvage value. At the end of the fifth year, the $10,000,000 of net working capital may be repatriated to the United States, as may the remaining net book value (salvage value) of the plant.

   Exchange Rates:           The Argentine peso (Ps) is currently at parity (US$1 = APs1) and is expected to remain at this level for the next five years.

   Sales: Locally manufactured switches will be sold APs75 each. Sales volume will remain 1,000,000 switches per year for the next five years.  

   Operating Expenses (current peso costs):

              Materials purchased in Argentina                 Aps30 per set

              Material imported from US parent               Aps20 per set

              Total variable costs                                    Aps50 per set

   The Aps20 purchase price for components sold by Santa Clara to its Argentine subsidiary consists of Aps15 of direct costs incurred in the United States and Aps5 of pretax contribution margin to Santa Clara. These peso costs (and profits) are expected to remain constant. Other operating costs include APs 5,000,000 in annual fixed operating costs by the Argentine subsidiary.

   Taxes:           Both the Argentina and the United States have a corporate income tax rate of 40 percent.

   Concessionary Loan: The Argentine government will assist Santa Clara’s local financing by provided a subsidized loan of 50 million peso loan. The loan will be a five-year amortizing loan (with annual payments) bearing an interest rate of 5 percent. Without the loan, Santa Clara’s normal borrowing rate would be 10 percent.

   Cost of Capital:           Upstate uses a 15 percent discount rate to evaluate all domestic and foreign projects.

              Estimate the value of the project’s cash accruing to the parent.

   		-$26,935,125
   		-$12,932,540
   		-$16,672,196
   		-$34,027,351
   		-$20,662,714