Alright, so let's go through each choice.
First off, a checking account is an account at a bank against which checks can be drawn by the account depositor. Or basically, where you can write checks to others.
First answer:
Most checking accounts pay interest on deposits.<span>
</span>True, most banks tend to pay interest on deposits. However, <span>some banks will require that you use direct deposit or maintain a minimum balance. </span>Interest-bearing checking<span>: With an </span>interest<span>-bearing </span>checking account<span>, you are </span>paid interest<span> on the money in your </span>account<span>.</span>
B. When you write a check the bank takes money from your account and pays it to the person who submits the check.
True, this should be a no-brainer. You're paying the person with a check.
C. The bank keeps track of how much money you have left in your account and sends you a statement each month. A charge is usually made for this service
True, this is with almost every bank account.
So, this should be all of the above.
The area of a circle is π (radius²)
The area of the outer (2-ft) circle is π (2²) = 4 π square feet.
The area of the inner (1-ft) circle is π (1²) = 1 π square feet.
The inner circle covers 1/4 of the area of the outer circle.
So if the ant wanders around totally aimlessly and randomly, and there's no way to
know where he came from, where he is now, or where he's going next, and there's
an equal chance of him being <em><u>anywhere in the big circle</u></em> at any time, then there's a
<u>25% chance</u> of him being inside the small circle at any time, because 1/4 of the
total area is in there.
That's choice c).
Nigel needs 5 bags in order to put each five slices in their own bag.
the correct answer for this is the last choice:
It is incorrect because the length of the unknown side is the square root of 7,225.
The ratio is:
Chlorine : Water = 1 : 10
m ( Water ) = 15 ounces
m ( Chlorine ) = x
x : 15 = 1 : 10
10 x = 15 * 1
10 x = 15
x = 15 : 10
x = 1.5 ounces
Answer:
We need to add 1.5 ounces of Chlorine for the correct ratio.