Order of Operations with Exponents & Parentheses

Evaluate the Expression:

$$55\ \div\ \left(4^2\ -\ 5\right)$$

(a)  

Evaluate the Expression:

$$3\ \left(7\right)\ +\ 4\left(\ 6^2\right)$$

(a)  

Evaluate the Expression:

$$\left(22\ -\ 4\right)\ \div\ 2\left(3\right)$$

(a)  

Evaluate the Expression:

$$8^2\ +\ 20\ \div2\left(5\right)$$

(a)  

Evaluate the Expression:

$$13\ +\ \left(38-6^2\right)3$$

(a)  

Are these two expressions equal?

$$\left(100\div5\right)4$$

$$100\div5\ \times4$$

(a)  

Evaluate the Expression:

$$\left(5-3\right)^{4\ \ }-2\left(7\right)\ +\ 8^2$$

(a)  

Evaluate the Expression:

$$27\ -\ 3\left(5\ \frac{1}{2}\ -\ \frac{7}{2}\right)$$

(a)  

Evaluate the Expression:

$$9\left(6.2\ +\ 5.8\right)\ +\ 28\ \div\ 4$$

(a)  

Evaluate the Expression:

$$4^2\ \left(4.9\ -\ 2.9\right)\ -\ 24\ \div\ 3$$

(a)  

There are 34 people in a restaurant. Four groups of 3 people leave, and then 5 groups of 2 people arrive. Does the following expression represent the problem above?

$$4\left(3\right)\ -\ 34\ +\ 5\left(2\right)$$

(a)  

Evaluate the Expression:

$$\frac{11^2-5+4\left(7\right)}{\left(4\right)\left(3\right)}$$

(a)  

Evaluate the Expression:

$$\frac{54\div6+31}{4^2+4}$$

(a)  

A group of 8 students purchase 4 pizzas at $5 each, 2 orders of breadsticks at $2 each, and 8 drinks at $1.50 each. How much does each student pay?

(make sure to include $ and decimal point in your answer)

(a)