(1) Find the x-intercepts (by setting y=0 and solving for x).
(2) Find the y-intercepts (by setting x=0 and solving for y).
(3) OPTIONAL: Check for symmetries. If a point (x,y) is on the graph, is the point (-x,y) also on the graph (that is symmetry about the y-axis)? Is the point (-x,-y) on the graph (that is symmetry about the origin)? There are many kinds of symmetries.
(4) Check for vertical asymptotes--normally you would set the denominator ONLY equal to zero and solve for x, but this equation does not have any fractions, so don't worry about this step.
(5) Check for horizontal asymptotes--what is the limit of the equation as x approaches infinity? Negative infinity? (In this example the limit will not exist; the graph will go toward infinity as x gets bigger.)
(6) Use the first derivative test to find the maximums and minimums, as well as to determine the intervals where the graph increases and decreases.
(7) Use the second derivative test or concavity test to find points of inflection and/or concavity.
(8) Wherever the behavior of the graph is still unclear, simply plug in some test values for x and see what you get for corresonding y values.
Yes.
11250.00 without the aid of a calculator.
(3x2)2 (5x)4 = 9x4625x4 = 5625x8
106
use a calculator. the youll get your answer
Yes.
11250.00 without the aid of a calculator.
One half squared equals one fourth because when you multiply one half by one half you get one fourth. This is the equivalent of saying that half of one half is one fourth.
2x to the fourth
b to the fourth power
One over A squared or A to the negative 2.
± 2.632148 to the fourth power equals 48.
(3x2)2 (5x)4 = 9x4625x4 = 5625x8
It is 1/16.
The GCF of 84 and 144 is 12. You must do the prime factorization of each number. The prime factorization of 144 is 2 to the fourth power times 3 squared. The prime factorization of 84 is 2 squared times 7 times 3. You take the least of each common factor which would be 2 squared and 3. Two squared equals 4 and 4 times 3 equals 12, so the GCF is 12.
"2 to the power of 4" is written "two to the fourth power", and "8 to the power of 2" is known as "eight squared". And, eight squared is greater than two to the fourth power. Eight squared is 64, and two to the fourth power is 16.
8x to the second power times 3x to the second power (8x)2 + (3x)2 = 64x2 + 9x2 = 73x2 is one possibility, except the problem called for multiplication which would make the answer 64x squared times 9x squared = 576x to the fourth power It could also be read this way: 8x squared times 3x squared equals 24x to the fourth power. I wish my computer would do those cool little twos.