1. When dividing $45 \div 4$ using place value disks, what is the first step you should take after modeling the number 45?
2. Use the place value disk method to solve $58 \div 5$. After distributing the disks, the result is $11$ with a remainder. What is the remainder? ___
3. When you solve $67 \div 6$ using place value disks, what is the composition of each group and what is the remainder?
4. To solve $89 \div 8$, you model 89 with tens and ones disks. After distributing them into 8 equal groups, what is the quotient? ___
5. A baker has 78 cookies to put into 7 boxes. Using the place value disk method for $78 \div 7$, find the number of cookies in each box. ___
6. To solve $48 \div 4$ with place value disks, you first distribute the 4 tens. After distributing the 8 ones into 4 equal groups, how many one-disks are in each group? ___
7. When modeling $52 \div 5$ with place value disks, what is the first step according to the place value method?
8. A student models $34 \div 3$. They put 1 ten-disk in each of the 3 groups. After distributing the 4 one-disks, how many one-disks are left over as a remainder? ___
9. A division problem is modeled with place value disks. Each of the 2 groups contains 1 ten-disk and 3 one-disks. There is 1 one-disk remaining. What is the division result?
10. Solve for the quotient and remainder: $29 \div 2$. The quotient is 14 with a remainder of ___.