Identify the situations in which the fundamental counting principle can be used. select all that apply.
an employee has sick days and personal days. how many days can the employee take off?
an employee has options for insurance, disability insurance, and a retirement plan. how many options does the employee have?
an employee has to work forty hours for one week. how can the employee work the hours?
an employee has five categories, each with six job functions. how many job functions does the employee have?
an employee has the option to choose the number of deductions for taxes. how many options does the employee have?

What is the solution to the equation below? 3/x-2+6=square root x-2 +8

Simplify. 4+3/7x-2-2/7x a. 2-5/7x b. 6-1/7x c. 2+1/7x d. 6+5/7x

Write the contrapositive of the conditional statement. determine whether the contrapositive is true or false. if it is false, find a counterexample. a converse statement is formed by exchanging the hypothesis and conclusion of the conditional. a) a non-converse statement is not formed by exchanging the hypothesis and conclusion of the conditional. true b) a statement not formed by exchanging the hypothesis and conclusion of the conditional is a converse statement. false; an inverse statement is not formed by exchanging the hypothesis and conclusion of the conditional. c) a non-converse statement is formed by exchanging the hypothesis and conclusion of the conditional. false; an inverse statement is formed by negating both the hypothesis and conclusion of the conditional. d) a statement not formed by exchanging the hypothesis and conclusion of the conditional is not a converse statement. true