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The # of periods on $5,000 at 12% compounded semiannually for 10 years is 10 periods.

Merle Fonda opened a new savings account. She deposited $40,000 at 10 percent compounded semiannually. At the start of the fourth year, Merle deposits an additional $20,000 that is also compounded semiannually at 10 percent. At the end of 6 years, the balance in Merle’s account is: (Solve using the financial calculator. Select the best answer.)

Shawn Reedy borrowed $17,000 on a 120-day, 12% note. After 65 days, Shawn paid $2,000 on the note. What is the adjusted balance after the partial payment?  Use ordinary interest.

I have captured the required camera angle of showing my hands, face, and workspace including my computer monitor / laptop screen simultaneously.

All mortgages must be paid monthly.

72.4 percent in decimal equals .0724.

The following program is supposed to help compute students’ score in this course. Here is what the program is supposed to do: read an integer n such that n > 0, read n integer scores, and store them, read an integer k such that 0 0, and 0

We are trying to write a simple program for simulating deposits and withdrawals in a bank.  The following Main class uses two classes: Bank and Customer. The Main class is complete and correct. Your task is to write the Customer class so that the program behaves as described by the comments in the Main class. The Bank class is provided below so you can see the expected style and level of detail. public class Main {   public static void main (String[] args) {        // Create two customers with:       // name, starting balance.        Customer alice = new Customer(“Alice”, 500);       Customer bob = new Customer(“Bob”, 200); // Create a Bank object for customers to interact with.        Bank bank = new Bank();       // Deposit money into Alice’s account; // Alice’s balance should now be 600.       bank.deposit(alice, 100);       // Withdraw money from Bob’s account; // Bob’s balance should now be 150.       bank.withdraw(bob, 50);       // Attempt to withdraw too much money; // Bob’s balance should still be 150.       bank.withdraw(bob, 500);        int aliceBalance = alice.getBalance(); // value should be 600        int bobBalance = bob.getBalance();     // value should be 150    }} As promised, here is the implementation of the Bank class: class Bank { // Increase customer’s balance by amount if amount > 0.    public void deposit(Customer customer, int amount) {       if (Customer.isMoreThanZero(amount)) {            customer.addToBalance(amount);        }    } // Decrease customer’s balance by amount if 0 < amount

Consider the following class definition. class Widget { private int number; private static String word = “start”; public Widget() { /* implementation not shown */ }} The following code segment appears in the Main class: int result = Widget.doSomething(); Which of the following implementations of doSomething will allow this code segment to run without error when added to the Widget class?

Consider the following Student class. class Student { private String name; private int age; public Student(String studentName, int studentAge) { name = studentName; studentAge = age; }} The following code segment appears in the Main class: Student myStudent = new Student(“Bobby”, 25); Which of the following best describes the state of the object myStudent as a result of executing this code segment?