When y is inversely proportional to the square of x, it satisfies the equation
y = k/x^2
for some constant k. Using the given information, we can find k to be
k = y*x^2 = (1/9)*4^2 = 16/9
Then when x=12, we have
y = (16/9)/12^2 = 16/(9*16*9) = 1/81
When y is inversely proportional to the square of x, it satisfies the equation
y = k/x^2
for some constant k. Using the given information, we can find k to be
k = y*x^2 = (1/9)*4^2 = 16/9
Then when x=12, we have
y = (16/9)/12^2 = 16/(9*16*9) = 1/81
When y is inversely proportional to the square of x, it satisfies the equation
y = k/x^2
for some constant k. Using the given information, we can find k to be
k = y*x^2 = (1/9)*4^2 = 16/9
Then when x=12, we have
y = (16/9)/12^2 = 16/(9*16*9) = 1/81
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