A) how is the end behavior of a polynomial graph determined? completely describe all 4 cases and express the behavior with the proper symbols. consider the 2 cases of a polynomial in standard form and a polynomial in factored form.
b) how are the x-intercepts of a polynomial found and expressed? what could the graph do at the x-intercepts and how is that determined? consider the 2 cases of a polynomial in standard form and a polynomial in factored form.
c) how is the y-intercept found and expressed? consider the 2 cases of a polynomial in standard form and a polynomial in factored form.

0.16 or 16%

step-by-step explanation:

lets take a coin for example.

if you toss it twice, it has a 1/4 chance of landing on heads both times because 1/2 * 1/2 is 1/4.

with the cards, the chance of picking dog is 0.4. having two people pick one is like picking a card twice in a row. so 0.4 * 0.4 is 0.16, or 16%

i think the answer is seven, for if i'm being useless °ω°

step-by-step explanation:

c.   x=2.4cm

step-by-step explanation:

similar triangles are triangles which have the same shape but not the same size. this means their angle measures are equal but their side lengths are not instead they are proportional. to solve, we will set up a proportion and solve.

a proportion is two equal ratios set equal to each other. we form the ratios by finding corresponding sides (sides which match to each other on both triangles by their position). out ratios will be one side of the small triangle over the corresponding side on the big triangle as shown below:

.

to solve the proportion, we'll cross multiply by multiplying numerator with denominator across the equal sign.

22.83 repeating

step-by-step explanation:

137 ÷ 6 is 22.8333333 therefore we understand that 3 is repeating.

happy to

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