Answer:

**Answer:**

**Step-by-step explanation:**

7630 x .023 = 175.49

175.49 + 28 = **$203.49**

Sofia bought a clothes iron that was discounted 15% off of the original price of $35. What was the sale price of the clothes iron?

Find the missing segment in the image below

You have 14 gallons of lemonade to sell. You use cone-shaped cups that are 9 centimeters in diameter and 11 centimeters tall. Eachcustomer uses one paper cup. How many paper cups will you need if you sell all of the lemonade? (1 gal = 3785 cm)

Describe the transformation from the graph of f(x) = x + 3 to the graph of g(x) = x − 7.

A(2,9), B(4,k), and C(9, -12) are 3 collinear points.Find the value of k.

Find the missing segment in the image below

You have 14 gallons of lemonade to sell. You use cone-shaped cups that are 9 centimeters in diameter and 11 centimeters tall. Eachcustomer uses one paper cup. How many paper cups will you need if you sell all of the lemonade? (1 gal = 3785 cm)

Describe the transformation from the graph of f(x) = x + 3 to the graph of g(x) = x − 7.

A(2,9), B(4,k), and C(9, -12) are 3 collinear points.Find the value of k.

What is the probability that Brian and Jennifer share the same blood type?

The probability that they both have type A: 0.29 x 0.29 = 0.0841

The probability that they both have type A: 0.35 x 0.35 = 0.1225

The probability that they both have type AB: 0.24 x 0.24 = 0.0576

The probability that they both have type O: 0.12 x 0.12 = 0.0144

The probability that they both have the same:

0.0841 + 0.1225 + 0.0576 + 0.0144 = **0.2786**

The **probability** that Brian and Jennifer share the same blood type is approximately 0.2786 or 27.86%.The probability that Brian and Jennifer share the same blood type can be calculated by considering all the possible cases where they can have the same blood type.

There are four **blood** types: A, B, AB, and O. Since there are 4 possibilities for Brian's blood type and 4 **possibilities** for Jennifer's blood type, there are a total of equally likely outcomes for their blood types.

Out of these 16 possible outcomes, there are two cases where **Brian** and Jennifer share the same blood type: either both have the same blood type A, B, AB, or O.

1. Both have blood type A:Probability = Probability(Brian has A) × Probability (**Jennifer **has A) = 0.29 × 0.29 = 0.0841.

2. Both have blood type B:Probability = Probability(Brian has B) × Probability (Jennifer has B) = 0.35 × 0.35 = 0.1225.

3. Both have blood type AB:Probability = Probability(Brian has AB) × Probability (Jennifer has AB) = 0.24 × 0.24 = 0.0576.

4. Both have blood type O:Probability = Probability(Brian has O) × Probability (Jennifer has O) = 0.12 × 0.12 = 0.0144.

Now, add up the probabilities of these four **cases**:

Therefore, the probability that Brian and Jennifer share the same blood type is approximately 0.2786 or 27.86%.

To know more about **probability**:

#SPJ3

To pay off your credit card debt of $3,500 at 13% interest rate in 4 years, you will have to calculate the monthly payments by using a certain formula. After defining the parameters (monthly payment, monthly interest rate, present value or current loan amount, and time), all you have to do is put the values in it and calculate the monthly payment.

This question refers to a financial problem in the subject of Mathematics, particularly pertaining to the concept of

simple interest

. To find out how much you need to pay each month to clear out your credit card debt, you would need to understand how the 13% interest is applied to your debt of $3,500. The formula for finding monthly payments is

P = [r*PV(1 + r)^t]/[(1 + r)^t – 1]

, where:

- P is your monthly payment,
- r is your monthly interest rate, calculated by taking your annual rate (0.13 in this case) and dividing it by 12,
- PV is your present value or current loan amount, which is $3500 in this case, and
- t is time, the number of periods in which payments will be made, which is 4*12 = 48 months in this case.

After defining the parameters, all you have to do is put the values in the formula and calculate the monthly payment.

#SPJ11

To calculate the monthly payments on a credit card debt of $**3,500 **with a 13% interest rate over 4 years, you can use the formula for calculating the monthly payment on a fixed-rate loan. The monthly payment comes out to be approximately $94.78.

To calculate the monthly payments on a credit card debt, you can use the formula for calculating the monthly payment on a fixed-rate loan. The formula is:

Monthly Payment = (Principal * Monthly Interest Rate) / (1 - (1 + **Monthly **Interest Rate)^(-Number of Months))

In this case, the principal is $3,500, the monthly interest rate is 13% divided by 12 (0.13/12), and the number of months is 4 years multiplied by 12 months (4 * 12). Plugging in these values, we get:

Monthly Payment = (3500 * 0.13/12) / (1 - (1 + 0.13/12)^(-4 * 12))

Solving this equation will give us the monthly payment amount. Using a calculator, the monthly payment comes out to be approximately $94.78.

#SPJ2

Answer:x^2+10x+24

Step-by-step explanation:

Area of rectangle=length x width

Area of rectangle=(x+4)(x+6)

Area of rectangle=x^2+6x+4x+24

Area of rectangle=x^2+10x+24

**Answer:**

1 whole and 5/8 as a decimal is 1.625

Answer: 1.265

Steps: Convert 1 5/8 to a improper fraction-> 13/5 and dived the numerator by the denominator. 13/5= 1.265

Steps: Convert 1 5/8 to a improper fraction-> 13/5 and dived the numerator by the denominator. 13/5= 1.265

We need to follow the order of operations to get this one right.

16 + (10/5) - (3*2)

16 + (2) - (6)

16 + 2 - 6

18 - 6

**12***. *Your answer is true!

16 + (10/5) - (3*2)

16 + (2) - (6)

16 + 2 - 6

18 - 6

**Answer: **1.88

**Step-by-step explanation:**

**The confidence interval for population mean is given by :-**

**Given : **Significance level :

Critical value :

By using the standard normal distribution table for z, we find the critical value of corresponds to the p-value 0.03.

**Hence, the z-value that was used in the computation must be 1.88 .**