You have three times as many quarters as dimes and the total amount of money is $6.80. How many quarters and dimes do you have? Show all work on your paper.   NO WORK = NO POINTS  NO CREDIT FOR GUESS & CHECK On your paper, be sure to complete the following to earn all the points. a.  Clearly assign an algebraic expression to each type of coin (use only ) b.  Write an algebraic equation modeling the problem  NO EQUATION = NO POINTS      c.  Solve d.  Input your answers below. You have [1] quarters and [2] dimes.

Find  the sum of the following arithmetic sequence. 85 + 97 + 109 + . . . + 7717 SHOW ALL WORK ON YOUR PAPER NO WORK = NO POINTS                   NO CREDIT FOR GUESS & CHECK The sum is [1]

Write a geometric sequence that has a first term of 2 and a ratio of 3  [1] , [2] , [3] , [4] , [5] , [6]

For a particular​ event, 732 tickets were sold for a total of ​$4881.  If students paid ​$5 per ticket and nonstudents paid ​$8 per​ ticket, how many how many of each type of  ticket was​ sold? Show all work on your paper.   NO WORK = NO POINTS  NO CREDIT FOR GUESS & CHECK [1] student tickets and [2] nonstudent tickets.

Examine the following sequence of ball pyramids: How  many red balls will be needed to make the 155th pyramid?

Find  the sum of the following arithmetic sequence. 78 + 86 + 94 + . . . + 7598 SHOW ALL WORK ON YOUR PAPER NO WORK = NO POINTS                   NO CREDIT FOR GUESS & CHECK The sum is [1]

The 14 digits of a credit card are written in the boxes shown. If the sum of any three consecutive digits is 16​, what is the value of​ A? A 5 5 2   A = [1]

Examine the following sequence of ball pyramids: How  many red balls will be needed to make the 153rd pyramid?

The 14 digits of a credit card are written in the boxes shown. If the sum of any three consecutive digits is 15, what is the value of​ A? A 4 4 5   A = [1]

Use a traditional clock face to determine the next three terms in the following sequence. 4​ , 11​ , 6​ , 1​ , 8​ , ,  [1] ,  [2] ,  [3]