First, draw the region/solid being bounded by parameters say:
y^2 + z^2 = 9, x = -2, and x = 2
Now analyze what possible iterated integrals can be used to find this region.
the two "main" iterated integrals are:
the triple integral from [-2,2] [-3,3] [-sqrt(9-y^2),sqrt(9-y^2)] dz dy dx
and [-2,2] [-3,3] [-sqrt(9-z^2),sqrt(9-z^2)] dy dz dx
Now, instead of sketching every region to find the different possible integrals, using the rules of triple integration, they will essentially be any legal alteration of the order of the "main" integrals.
essentially, the first main integral can be rewritten as dx dz dy, and dz dx dy
the second can be written as dx dy dz and dy dx dz.
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You can express that in many different ways. For example, 0.8, 4/5, or 80% or 80 over 100
1+1 1*2
useing a punnett square shows two ways to express probability
They are: 1*18 = 18, 2*9 = 18 and 3*6 = 18
percentage, decimal, fraction