What should you do first in order to reconcile your checkbook register?

Answers

Answer 1

Answer: First, you need to have your bank statement and your check register.

Then, compare all your deposits from your checkbook register to your bank statement credits to determine the amount of deposit not yet credited by the bank, which is called your Deposit in Transit.

Next, compare all your disbursements from your checkbook register to all the debits in your bank statement to determine the amount of disbursements not yet debited by the bank.

Also, you need to check for any bank charges already debited to your bank account but not yet recorded.

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In an isosceles trapezoid, each pair of base angles is __________. A. right B. Supplementary C. complimentary D. congruent

Answers

I'm totally sure that inn an isosceles trapezoid, each pair of base angles is D. congruent

If we buy 20 pickles, what is the experimental probability of winning 5 or more tickets?

Answers

The experimental probability of winning 5 or more tickets is 90%

How to determine the probability?

To do this, we simply add the probability values of the bars that have a value of 5 or more

So, we have:

P(x >= 5) = (5 + 8 +17 + 19 + 20 + 21)%

Evaluate the sum

P(x >= 5) = 90%

Hence, the experimental probability of winning 5 or more tickets is 90%

Answers

Answer:

-8 is the answer.

Step-by-step explanation:

Move -2 steps (i.e. move two steps to the left) four times. You jump into these numbers.

-2, then -4, then -6, then finally -8.

What proportion of the first 10,000 natural numbers contain a 3

Answers

we know that

It is much easier to compute the number of numbers that do not contain a $3$ .

In the first $10$ numbers $9$ do not contain a $3$ .

In the first $100$ numbers $81$ do not contain a $3$ . (This is because these numbers are formed by selecting a digit out of

$[0, 1, 2, 4, 5, 6, 7, 8, 9]$ for the first position and another digit out of the same set for the last position and this may be done in

$9*9 = 81 ways.$

In the first $1000$ numbers, reasoning as above, there are

$9^(3)$ numbers that do not contain a $3$ .

Now the pattern should be becoming obvious.

In the first $10^(n)$ numbers there are $9^(n)$ numbers that do not contain a $3$ .

In the first $10^(4)$ numbers there are $9^(4)$ numbers that do not contain a $3$ .

$9^(4)= 6,561$

$10,000- 6,561= 3,439$

Thus

the ratio of those numbers that do contain a 3 over the total is equal to

$Ratio=(3,439)/(10,000) \n \n Ratio=0.3439$

therefore

the answer is

$0.3439$

In the first 10 -> 10 - 9 = 1 (contain a 3).
In the first 100 -> 100 - 9 * 9 = 19 (contain a 3).
In the first 10^n -> 10^n - 9^n (contain a 3).

$So for 10^4 -> 10^4 - 9^4 = 10.000 - 6.561 = 3.439$

The answer is 3.439 numbers contain a 3 in the first 10.000

What does it mean if the probability is 20% that a spinner will stop in a red section? A.
There is one chance in 5 that the spinner will stop in a red section.

B.
It is 20 times more likely that the spinner will stop in a red section than any other section.

C.
If the spinner is spun 100 times it is certain that it will stop in the red section exactly 20 times.

D.
There is one chance in 20 that the spinner will stop in a red section.

Answers

20% = 20/100 = 1/5

Hence, there is one chance in five that the spinner will stop in a red section.

A video game randomly chooses your car color and type. The probability of getting a red car is 0.20, and the probability of getting a convertible is 0.40.Event A = You get a red car.
Event B = You get a convertible.
A and B are independent events if _____.
A.The probability of getting a red car or a convertible is 0.60.
B.The probability of getting a red car or a convertible is 0.08.
C.The probability of getting a red convertible is 0
D.The probability of getting a red convertible is 0.08