Use the definition of special parallelogram to solve for the values of x and y.
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Use the definition of special parallelogram to solve for the values of x and y.
[Nonsense Reported!]
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Answer:
a. SQUARE
Finding the value of x:
2x + 5 = 19
2x = 19 - 5
2x = 14
x = 7
Finding the value of y:
y + 8 = 3x - 2
y + 8 = 3(7) - 2
y + 8 = 21 - 2
y + 8 = 19
y = 19 - 8
y = 11
Therefore, the value of x and y respectively is 7 and 11.
b. RHOMBUS
Finding the value of x:
x + 2 = 12
x = 12 - 2
x = 10
Finding the value of y:
y + 3 = 2x - 8
y + 3 = 2(10) - 8
y + 3 = 20 - 8
y + 3 = 12
y = 12 - 3
y = 9
Therefore, the value of x and y respectively is 10 and 9.
c. RECTANGLE
Finding the value of x:
x + 4 = 11
x = 11 - 4
x = 7
Finding the value of y:
y - 3 = x + 8
y - 3 = 7 + 8
y - 3 = 15
y = 15 + 3
y = 18
Therefore, the value of x and y respectively is 7 and 18.
d. KITE
Finding the value of x:
2x - 5 = x
2x - x = 5
x = 5
Finding the value of y:
2y - 7 = y + 2
2y - y = 7 + 2
y = 9
Therefore, the value of x and y respectively is 5 and 9.