Solve the following division problems showing your steps: a) 654 ", b) 505 ", c) 722 ", d) 299 ", e) 190 "

Divide 24 by 3.

$$24 \div 3 = 8$$

The result is $\boxed{\text{}218\text{}}$

*b) $505 \div 4$

Divide 10 by 4.

$$10 \div 4 = 2 \text{ remainder } 2$$

Divide 25 by 4.

$$25 \div 4 = 6 \text{ remainder } 1$$

The result is $\boxed{\text{}126 \text{ remainder } 1\text{}}$

*c) $722 \div 8$

$$2 \div 8 = 0 \text{ remainder } 2$$

The result is $\boxed{\text{}90 \text{ remainder } 2\text{}}$

*d) $299 \div 7$

Divide 19 by 7.

$$19 \div 7 = 2 \text{ remainder } 5$$

The result is $\boxed{\text{}42 \text{ remainder } 5\text{}}$

*e) $190 \div 9$

Divide 10 by 9.

$$10 \div 9 = 1 \text{ remainder } 1$$

The result is $\boxed{\text{}21 \text{ remainder } 1\text{}}$

*f) $529 \div 6$

Divide 49 by 6.

$$49 \div 6 = 8 \text{ remainder } 1$$

The result is $\boxed{\text{}88 \text{ remainder } 1\text{}}$

2. Fill in the missing numbers.

*a) $\square \div 7 = 6$
To find the missing number, multiply 7 by 6.

$$\square = 7 \times 6 = \boxed{\text{}42\text{}}$$

*b) $\square \div 8 = 3$
To find the missing number, multiply 8 by 3.

$$\square = 8 \times 3 = \boxed{\text{}24\text{}}$$

*c) $42 \div \square = 21$
To find the missing number, divide 42 by 21.

$$\square = 42 \div 21 = \boxed{\text{}2\text{}}$$

*d) $81 \div \square = 9$
To find the missing number, divide 81 by 9.

$$\square = 81 \div 9 = \boxed{\text{}9\text{}}$$

*e) $\square \div 9 = 6$
To find the missing number, multiply 9 by 6.

$$\square = 9 \times 6 = \boxed{\text{}54\text{}}$$

*f) $\square \div 6 = 13$
To find the missing number, multiply 6 by 13.

$$\square = 6 \times 13 = \boxed{\text{}78\text{}}$$

*g) $72 \div \square = 8$
To find the missing number, divide 72 by 8.

$$\square = 72 \div 8 = \boxed{\text{}9\text{}}$$

*h) $96 \div \square = 24$
To find the missing number, divide 96 by 24.

$$\square = 96 \div 24 = \boxed{\text{}4\text{}}$$