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Solve the problem. Carol wants to buy a piece of tubing that measures 751 cm. The price is $3.10 per meter. How much will Carol have to pay?

Solve the problem using inductive reasoning. Find the 14th square number that corresponds to the following dot sequence.

Solve the problem. A label on a box shows that the box weighs 130 kg. How many lbs is that?

Express the set in roster form. The set of integers greater than -7 and less than -3

Solve the problem. A small farm field is a square measuring 270 ft on a side. What is the perimeter of the field? If you double the length of each side of the field, what is the new perimeter?

Solve the problem. Estimate the answer by rounding the first number to the nearest ten thousand and the second number to the nearest hundred. 71,784 ÷ 483

Construct a truth table for the statement. ~r ∧ ~p

Solve the problem. Estimate the answer by rounding each number to the nearest hundred. 446 + 158 + 162 + 690 + 972

Solve the problem. An airport parking lot charges $3.50 for the first two hours of parking and $1.00 for each additional half hour or part thereof. If Sam parks his car for 8 hours, how much does he pay for parking?

Given the following code, what will be the value of finalAmount when it is displayed? public class Order {    private int orderNum;    private double orderAmount;    private double orderDiscount;    public Order(int orderNumber, double orderAmt, double orderDisc)   {       orderNum = orderNumber;       orderAmount = orderAmt;       orderDiscount = orderDisc;    }    public double finalOrderTotal()    {       return orderAmount – (orderAmount * orderDiscount);    } } public class CustomerOrder {    public static void main(String[] args)    {       Order order;       int orderNumber = 1234;       double orderAmt = 100.00;       double orderDisc = .1;       order = new Order(orderNumber, orderAmt, orderDisc);       double finalAmount = order.finalOrderTotal();       System.out.println(“Final order amount =  ” + finalAmount);    } }