Which of the following is a unique feature of credit unions?ACredit unions are typically owned and run by their members.
BCredit unions limit membership to certain people or groups.
CCredit unions offer a wide variety of banking services.
DBoth A & B

Answers

Answer 1

Answer: The correct answer would be D. Credit unions are typically owned and run by their members which means that members earn any profits from the credit unions and they usually elect a board or other leadership entity to make decision for them. They are also usually limited to some kind of location or group of people depending on the type of credit union.

Answer 2

Answer:

Answer:

Both A and B are correct.

Step-by-step explanation:

The unique feature of credit unions is -

a)Credit unions are typically owned and run by their members

b)Credit unions limit membership to certain people or groups

Credit unions are non profit cooperative organisations whose members can borrow money from these institutions at low interest rates. This is run by a few members.

These provide a variety of financial services like- savings accounts, CD's, credit cards etc.

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A code is formed using four of these letters: A, B, I, K, N, O, and T. (Note that the order of the letters in the code matters; for example, ABIK is a different code from BAIK.)The size of the sample space is . The probability that the first three letters of the four-letter code are vowels is?

What is the solution to the system of equations?

x=3y+5
x-4y=3

Answers

$x=3y+5\nx-4y=3\n\n3y+5-4y=3\n-y=-2\ny=2\n\nx=3\cdot2+5\nx=11$

The radius r of a circle can be written as a function of the area A with the following equation: What is the domain of this function? Explain why it makes sense in this context.

Answers

Answer:

Hence, the domain of the function is:

[0,∞)

Step-by-step explanation:

We know that area of circle is given by the function:

$A=\pi r^2$

The radius r of a circle can be written as a function of the area A with the following equation:

Now we can represent r in terms of A as:

$r^2=(A)/(\pi)\n\nr=\sqrt{(A)/(\pi)}$

Now as we know that for the square root term to exist:

$\sqrt{(A)/(\pi)}\geq0$

i.e. $A\geq0$

A=0 represents a point circle since it's area is zero.

Hence, the domain of the function is:

[0,∞)

[0,infinity) because you can not take the radius of a negative mumber.

A fruit stand has to decide what to charge for their produce. They need \$5.30$5.30dollar sign, 5, point, 30 for 111 apple and 111 orange. They also need \$7.30$7.30dollar sign, 7, point, 30 for 111 apple and 222 oranges. We put this information into a system of linear equations.

Answers

Answer:

111 apples cost $3.30 and 111 oranges cost $2 (1 apple costs nearly $0.03 and 1 orange costs nearly $0.02)

Step-by-step explanation:

Let the price of 111 apples be $x and the price of 111 oranges be $y.

1. 111 apples and 111 oranges cost $5.30, thus

x+y=5.30

2. 111 apples and 222 oranges cost $7.30, then

x+2y=7.30

Subtract the first equation from the second:

x+2y-x-y=7.30-5.30

y=2

Substitute it into the first equation:

x+2=5.30

x=3.30

111 apples cost $3.30 and 111 oranges cost $2 (1 apple costs nearly $0.03 and 1 orange costs nearly $0.02)

Answer:

3.30 for apple and 2.00 for an orange

Step-by-step explanation:

During your first week of training for a marathon, you run a total of 10 miles. You increase the distance you run by twenty percent. How many miles do you run during your twelfth week of training?

Answers

1200 miles in twelve weeks of training

Very simple challenge hard question

Answers

Answer:

-58.41509433

Step-by-step explanation:

0.4+8(5-0.8*5/8)-5/(2.5)=34.4

[0.4+8(5-4/8)-(2)]=

[0.4+8(40-4)/8)-2=34.4 ( nominator)

15-(8.9-2.6/(2/3))*34*2/5 =-53

15-(8.9-3.9)*68/5

15-5*68/5=

15-68=-53 ( denominator)

(34.4/-53) *90

-58.41509433

A faucet leaks 4 oz. of water per minute. How many gallons of water are wasted in a year? (128 oz. = 1 gallon)

Answers

Answer: 16,425 gallons are wasted a year

Step-by-step explanation:

First find out how many minutes there are in a year then multiply it by how much oz the faucet leaks every years then convert it into gallons.

There are 525,600 minutes in a year now multiply it by 4.

525,600 * 4 = 2,102,400 So there are more than 2 million oz wasted in a year so now convert it to gallons.

If there are 128 oz for every gallons the divide 2,102,400 by 128 to find out how many gallons are wasted a year.

2,102,400 / 128 = 16,425

Final answer:

The faucet wastes 16,425 gallons of water in a year by leaking 4 oz. per minute. This is calculated by first determining the total ounces of water wasted in a year, and then converting it into gallons.

Explanation:

The question wants to know how many gallons of water are wasted in a year by a faucet that leaks 4 oz. of water per minute. To solve this, let's first convert everything into consistent units, and then use simple multiplication to find the answer.

First, remember that there are 60 minutes in an hour, 24 hours in a day, and 365 days in a year. Thus, the faucet wastes 4 * 60 * 24 * 365 = 2,102,400 ounces of water in a year.

Now, convert this to gallons. We know that 1 gallon = 128 ounces. Therefore, the faucet wastes 2,102,400 / 128 = 16,425 gallons of water in a year.