The given costs for the different combinations of tickets of $132, $201, and $88, finding the solution for the system gives;
The cost of a children's ticket = $63
The cost of an ticket = $(-19)
The cost of a senior ticket = $44
<h3>How can the system of equations be found?</h3>
Let <em>x </em>represent the cost of children tickets, <em>y </em>represent the cost of adult tickets and let<em> </em><em>z </em>represent the cost of senior tickets.
The following system of equations can be obtained
- 2•x + 2•y + z = 132...(1)
- 3•x + 4•y + 2•z = 201...(2)
- 2•x + 2•y = 88...(3)
Therefore;
2•x + 2•y + z = 132
88 + z = 132
Therefore;
The cost of a senior ticket, <em>z </em>= $44
Multiplying equation (3) by 2 and subtracting equation (2) from the result gives;
2×(2•x+2•y) - (3•x+4•y+2•z) = x-2•z
2 × 88 - 201 = -25
Therefore;
x - 2•z = -25
x = 2•z - 25
Which gives;
The cost of a children ticket, <em>x </em>= $63
From equation (3), we have;
2•x + 2•y = 88
2•y = 88 - 2×63
- y = (88 - 2×63) ÷ 2 = -19
The cost of an adult ticket, <em>y </em>= $(-19)
Learn more about solving simultaneous equations here:
brainly.com/question/15165519
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