
Mark B. answered 11/30/17
Tutor
New to Wyzant
PhD Candidate in Psychology: Experienced Math, Statistics, Tutor
Hello Bridget,
We can set up the following with the information given in the problem:
Hill s s s
Bell s
Ware s s
Cane s s 176
The total of these four equal 1700, correct?
Therefore:
3s + s + 2s + 2s + 176 = 7000 <----------------------------- I simply plugged all values into the equation from above
Simplify:
8s + 176 = 7000
Solve for s
8s = 6824
s = 853
From the matrix that I made above we KNOW Bell has 853 students, correct?
Solve for the other schools now, by plugging the value of 853 into the equations.
Hill
3s
3(853) = 2559
Ware
2s
2(853) = 1706
Cane
2s + 176
2(853) + 176 = 1706 + 176
1882
Summary of School attendees:
Hill = 2559
Bell = 853
Ware = 1706
Cane = 1882
Sum of four school numbers:
2559 + 853 + 1706 + 1882 = 7000
I hope I have helped and you understand. Please have a nice day tomorrow.
We can set up the following with the information given in the problem:
Hill s s s
Bell s
Ware s s
Cane s s 176
The total of these four equal 1700, correct?
Therefore:
3s + s + 2s + 2s + 176 = 7000 <----------------------------- I simply plugged all values into the equation from above
Simplify:
8s + 176 = 7000
Solve for s
8s = 6824
s = 853
From the matrix that I made above we KNOW Bell has 853 students, correct?
Solve for the other schools now, by plugging the value of 853 into the equations.
Hill
3s
3(853) = 2559
Ware
2s
2(853) = 1706
Cane
2s + 176
2(853) + 176 = 1706 + 176
1882
Summary of School attendees:
Hill = 2559
Bell = 853
Ware = 1706
Cane = 1882
Sum of four school numbers:
2559 + 853 + 1706 + 1882 = 7000
I hope I have helped and you understand. Please have a nice day tomorrow.