In a two – story building, an exterior column is to be designed for a service dead load of 1000 KN, maximum live load of 1500 KN, dead load moment of 60 KN m, and live load moment of 90 KN m. If the column dimensions will be restricted to 400 mm x 500 mm, fc’ = 27.6 MPa, and fy = 414 MPa, calculate the required column reinforcement.

Explain the use of neural networking modeling in predictive analytics. Discuss a real-life example of where a neural network model could be used or is used currently in your organization. How would you use SAS Enterprise Miner to create a neural network model of your example?

Boarder line and antisocial disorder are perhaps the most research personality disorder.What are the most common diagnostic features of the two disorders? What are the treatment recommended for the two disorders? What is the success rate for treating each of the disorders?

Read at least 2 academically reviewed articles and Write an annotated bibliography paper on Master Budgeting

Why normalization and referential integrity are important principles when designing relational databases?

Respond to the following in a minimum of 175 words:

Discuss what elements should be present in an implementation plan.

Provide a specific example to illustrate your reasoning.

1) The 3rd bright fringe of a double slit interference pattern is 30.0 cm above the central bright fringe. If the angle from the horizontal to this 3rd bright fringe is 12.0 degrees, what is the distance (in meters) between the double slits and the viewing screen?

2) A 500 nm laser illuminates a double slit apparatus with a slit separation distance of 7.73 μm. What is the angle (in degrees) from the horizontal to the 4th bright fringe?

3)A 680 nm laser illuminates a double slit apparatus with a slit separation distance of 7.83 μm. On the viewing screen, you measure the distance from the central bright fringe to the 2nd bright fringe to be 88.2 cm. How far away (in meters) is the viewing screen from the double slits?  

4) A 600 nm laser illuminates a double slit apparatus with a slit separation distance of 3.55 μm. The viewing screen is 1.50 meters behind the double slits. What is the distance (in meters) from the central bright fringe to the 3nd dark fringe?

5) A 600 nm laser illuminates a double slit apparatus with a slit separation distance of 3.55 μm. The viewing screen is 1.50 meters behind the double slits. What is the distance (in cm) between the 2nd and 3rd dark fringes?

A solar cell generates a potential difference of 0.320 V when a 445.0 ? resistor is connected across it and a potential difference of 0.504 V when a 945.0 ? resistor is substituted.

A) What is the internal resistance of the cell in Ohms?

B) What is the emf of the cell?

C) The area of the cell is 27.0 cm² and the rate per unit area at which it receives light energy is 58.0 mW/ cm². What is the efficiency of the cell for converting light energy to thermal energy in the 945.0 ? external resistor?

A ceiling fan consists of a small cylindrical disk with 5 thin rods coming from the center. The disk has mass md = 3.1 kg and radius R = 0.24 m. The rods each have mass mr = 1.3 kg and length L = 0.75 m.

1) SOLVED ALREADY BACKGROUND INFO

moment of inertia of each rod about the axis of rotation = .24kg-m²

^{2) SOLVED ALREADY BACKGROUND INFO} moment of inertia of the disk about the axis of rotation = .09kg-m²

What is the moment of inertia of each rod about the axis of rotation

3) What is the moment of inertia of the whole ceiling fan?

4) When the fan is turned on, it takes t = 3.1 s and a total of 12 revolutions to accelerate up to its full speed. What is the magnitude of the angular acceleration?

5) What is the final angular speed of the fan?

Froya Fabrikker A/S of Bergen, Norway, is a small company that manufactures specialty heavy equipment for use in North Sea oil fields. The company uses a job-order costing system that applies manufacturing overhead cost to jobs on the basis of direct labor-hours. Its predetermined overhead rate was based on a cost formula that estimated $370,500 of manufacturing overhead for an estimated allocation base of 950 direct labor-hours. The following transactions took place during the year:

1. Raw materials purchased on account, $270,000.
2. Raw materials used in production (all direct materials), $255,000.
3. Utility bills incurred on account, $73,000 (90% related to factory operations, and the remainder related to selling and administrative activities).
4. Accrued salary and wage costs:

5. Maintenance costs incurred on account in the factory, $68,000
6. Advertising costs incurred on account, $150,000.
7. Depreciation was recorded for the year, $86,000 (75% related to factory equipment, and the remainder related to selling and administrative equipment).
8. Rental cost incurred on account, $111,000 (80% related to factory facilities, and the remainder related to selling and administrative facilities).
9. Manufacturing overhead cost was applied to jobs, $ ? .
10. Cost of goods manufactured for the year, $910,000.
11. Sales for the year (all on account) totaled $1,900,000. These goods cost $940,000according to their job cost sheets.

The balances in the inventory accounts at the beginning of the year were:

Required:

1. Prepare journal entries to record the preceding transactions.

2. Post your entries to T-accounts. (Don’t forget to enter the beginning inventory balances above.)

3. Prepare a schedule of cost of goods manufactured.

4A. Prepare a journal entry to close any balance in the Manufacturing Overhead account to Cost of Goods Sold.

4B. Prepare a schedule of cost of goods sold.

5. Prepare an income statement for the year.

When the electricity goes out on your campus, a backup source powers the servers that handle communications and the internet. Rather than use batteries, many installations use a flywheel, a heavy rotating disk that spins, very rapidly with nearly zero friction. An electric motor spins up the flywheel, which continues to spin with very little energy input. When the ststem needs to provide power, the flywheel's motion is used to turn an electric generator. A typical system has a 540 kg cylinder with a radius of 0.30 m. A small electric motor provides a constant 2.8 N-m torque to spin up the cylinder. A) Calculate the frequency for cylinder s motion? B) Calculate angular speed in rad/s? C)Calculate moment of inertia of the cylinder? D) Calculate the angular acceleration?

I am having trouble with my assignment and getting compile errors on the following code. The instructions are in the initial comments.

/*
Chapter 5, Exercise 2
-Write a class "Plumbers" that handles emergency plumbing calls.
-The company handles natural floods and burst pipes.
-If the customer selects a flood, the program must prompt the user to determine the amount of
damage for pricing.

-Flood charging is based on the numbers of damaged rooms.
1 room costs $300.00, 2 rooms cost $500.00, and 3 or more rooms cost $750.00.

-Pipe bursting is based on the number of pipes: 1 pipe costs $50.00, 2 pipes cost $70.00,
and 3 or more pipes cost $100.00.

-The Plumber class should contain a nested class to handle billing charges.
Use And, Or, and Not in the if statements to obtain the customers' inputs.
*/

import java.util.Scanner; //Import scanner

public class Plumbers //create Plumbers class
{
private void getData()
{
double rmsPrice = 0;
double pipesPrice = 0;
double roomOne = 300.00;
double roomTwo = 500.00;
double roomThreePlus = 750.00;
double pipeOne = 50.00;
double pipeTwo = 70.00;
double pipeThreePlus = 100.00;

Scanner scanner = new Scanner(System.in);

//Ask about flooding
System.out.println("Thank you for calling. If you are flodding please enter 1 for yes and 2 for no: ");
int userInput1 = scanner.nextInt();

//Ask about how many rooms are flooded if 1
if (userInput1 == 1)
System.out.println("How many pipes?. Please enter 1 for 1 pipe, 2 for 2 pipes, or 3 for 3 or more: ");
int userInput2 = scanner.nextInt();

if (userInput2 == 1)
rmsPrice = roomOne;
else

if (userInput2 == 2)
rmsPrice = roomTwo;
else

if (userInput2 == 3)
rmsPrice = roomThree;

//Ask about broken pipes
System.out.println("Do you have broken pipes? Please enter 1 for yes and 2 for no: ");
int userInput3 = scanner.nextInt();

//Ask about how many pipes are busted if 1
if (userInput3 == 1)
System.out.println("How many pipes?. Please enter 1 for 1 pipe, 2 for 2 pipes, or 3 for 3 or more: ");
int userInput4 = scanner.nextInt();

if (userInput4 == 1)
pipesPrice = pipeOne;
else

if (userInput4 == 2)
pipesPrice = pipeTwo;
else

if (userInput4 == 3)
pipesPrice = pipeThree;

if (userInput1 == 1 && userInput3 == 1 && userinput4 >= 3 && userInput2 >= 3)
System.out.println("Wow! You have some Biblical flodding going on there!");
System.out.println("Your total is: $" + (rmsPrice + pipesPrice));

else
if ((userInput1 == 1 && userInput3 == 1) || (userInput1 == 0 && userInput3 == 1) || (userInput1 == 1 && userInput3 == 0))
System.out.println("Your total is: $" + (rmsPrice + pipesPrice));

else
if ((userInput1 == 0 && userInput3 == 0))
System.out.println("Please enter an amount of rooms or pipes." );
}
}

Can someone show me how to write a Haskell function using snd on a list of tuples to create a new list of just the second element in each tuple? Ex. [(‘m’, False), (‘w’, False), (‘n’, True)] would evaluate to [False, False, True].

Please do in java

Program 3: Give a baby $5,000! Did you know that, over the last century, the stock market has returned an average of 10%? You may not care, but you’d better pay attention to this one. If you were to give a newborn baby $5000, put that money in the stock market and NOT add any additional money per year, that money would grow to over $2.9 million by the time that baby is ready for retirement (67 years)! Don’t believe us? Check out the compound interest calculator from MoneyChimp and plug in the numbers! To keep things simple, we’ll calculate interest in a simple way. You take the original amount (called the principle) and add back in a percentage rate of growth (called the interest rate) at the end of the year. For example, if we had $1,000 as our principle and had a 10% rate of growth, the next year we would have $1,100. The year after that, we would have $1,210 (or $1,100 plus 10% of $1,100). However, we usually add in additional money each year which, for simplicity, is included before calculating the interest.

Your task is to design (pseudocode) and implement (source) for a program that 1) reads in the principle, additional annual money, years to grow, and interest rate from the user, and 2) print out how much money they have each year. Task 3: think about when you earn the most money! Lesson learned: whether it’s your code or your money, save early and save often…

Sample run 1:

Enter the principle: 2000

Enter the annual addition: 300

Enter the number of years to grow: 10

Enter the interest rate as a percentage: 10

Year 0: $2000

Year 1: $2530

Year 2: $3113

Year 3: $3754.3

Year 4: $4459.73

Year 5: $5235.7

Year 6: $6089.27

Year 7: $7028.2

Year 8: $8061.02

Year 9: $9197.12

Year 10: $10446.8