$\displaystyle 7$ does not go into $\displaystyle 39$ evenly, but it does go into $\displaystyle 35$.

$\displaystyle 5 * 7 = 35$

$\displaystyle 39 - 35 = 4$

$\displaystyle \therefore \frac{39}{7} = 5\ R4$

When dividing with decimals, remember to move the decimals in both terms all the way to the right:

$\displaystyle 0.9$ becomes $\displaystyle 9$.

$\displaystyle 5.2$ becomes $\displaystyle 52$.

Now divide. Remember to follow the rules of “bringing down” when there is a remainder.

The quotient is $\displaystyle 5.7777 ...$ Round to the nearest tenth, and then correct answer is $\displaystyle 5.8$.

The trick here is recognize which number is divisible by six with no remainder. If you add the digits of an even number together, anytime that those digits equal a sum that is divisible by three, the number itself will be divisble by six with no remainder. 

$\displaystyle 162$ is even and divisible by $\displaystyle 3$. Any number whose digits add up to a number divisible by $\displaystyle 3$ is divisible by $\displaystyle 3$. Here, $\displaystyle 1 + 6 + 2 = 9$, which is divisible by $\displaystyle 3$. Therefore, $\displaystyle 162$ is dvisible by $\displaystyle 6$ with no remainder.

To find a number that would have a remainder of $\displaystyle 4$ when divided by $\displaystyle 6$, you would add $\displaystyle 4$ to the number $\displaystyle 162$. This gives you $\displaystyle 166$. 

If Ron's drink is 18 ounces, one third is equal to 6 ounces. Because 18 minus 6 is 12, 12 ounces is the correct answer. 

A trick to help determine when a number is divisble by 9 without a remainder is to add the units together and see whether the sum of the units is divisible by 9.

For the number 63, $\displaystyle 6+3=9$. Given that 9 is divisible by 9 with no remainder, it is the correct answer. 

$\displaystyle 63\div9=7$

If Gerry is sharing the hamburger with 3 friends, that means that there are 4 people total who are sharing the 16 ounce hamburger. To determine how many ounces each person would get, 16 should be divided by 4.

$\displaystyle 16\ \text{ounces}\div4\ \text{people}=4\ \text{ounces per person}$

Therefore, 4 ounces is the correct answer. 

Given that there are 12 cookies and 3 friends, the number of cookies that each friend can have is the result of 12 divided by 3.

$\displaystyle 12\div3=4$

Each person would get 4 cookies.

If the most that Annette can pay for her $1,000 television each month is $50, then it will take her 20 months to pay off her television because $1,000 divided by $50 is 20.  

$\displaystyle \$1000\div50=20$

Use long division to solve.

8 goes into 24 three times with no remainder, so the first digit of the answer is 3.

8 goes into 1 zero times, so the next digit is zero. The 1 carries to amke the next division 8 into 11.

Finally, 8 goes into 11 once with a remainder of 3. This makes the last digit of the answer 1, with a remainder of 3.

Final answer: $\displaystyle 2411\div8=301R3$

The final remainder is 3.

The number 56 is the only answer choice divisble by 7 without a remainder.

$\displaystyle 56\div7=8$

All of the other answer options result in non-zero remainders.

$\displaystyle 53\div7=7R4$

$\displaystyle 54\div7=7R5$

$\displaystyle 55\div7=7R6$

$\displaystyle 57\div7=8R1$