Answer:
<em>a) </em>
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<em>b) p is in the interval (-4,4)</em>
Step-by-step explanation:
<u>Quadratic Equation</u>
It's given the following quadratic equation:

a)
It's required to complete squares and find the roots. This can be done by recalling the polynomial identity:

We already have the first term squared, and we need to find the second term. Rewriting the equation:

The second term of the binomial is 1/2p, thus completing the squares with
:

Factoring:

Moving the independent term to the right side:

Taking the square root:

Solving for x:

b) If the equation won't have real roots, then the radicand should be negative:

Factoring:

The zeros of the left-side polynomial are:


p = 4


p = -4
The inequality:

Is satisfied for values of p in the interval (-4,4)
Yes it’s a regular polygon I Think
Answer:
3/6, 5/10, 50/100 the rest are not held of the denominator
Answer:
The equation would be if y is the numbers in the sequence (like 3, 9, 27) and x is the is the number in the order (like 3 is 1, 9 is 2, 81 is 4) the the equation would be y = 3^x.
Step-by-step explanation: