Answer:
i think the second option
Step-by-step explanation:
follow me on my insta a.cc.o.u.n.t below
<h2>
<em><u>"</u></em><em><u>A</u></em><em><u>T</u></em><em><u>T</u></em><em><u>I</u></em><em><u>C</u></em><em><u>U</u></em><em><u>S</u></em><em><u>_</u></em><em><u>S</u></em><em><u>W</u></em><em><u>E</u></em><em><u>E</u></em><em><u>T</u></em><em><u>L</u></em><em><u>O</u></em><em><u>V</u></em><em><u>E</u></em><em><u>R</u></em><em><u>"</u></em></h2>
The degree of a polynomial is the highest power of its terms.
The power of a term is the sum of the powers of all the variables in a term.
A polynomial is written starting with the greatest power in standard form.
In the first case, the power of the first term is 3, the power of the second is 3 (2 from x + 1 from y) but the power of x has decreased so it is the second term, and then so on.
In the second case, the power is starting form 2 and then increasing to 3. This is incorrect.
Therefore, Marcus' suggestion is correct.
The number of defective modems in the inventory is 20%⋅ 30 + 8%⋅ 50 = 10 (out of 80).
Note that the number of defectives in the inventory is fixed, i.e., we are not told that there
is 1
8 probability that a modem in the inventory is defective, but rather that exactly 1
8
of
all modems are defective. The probability that exactly two modems in a random sample
of five are defective is = 0.102
A manufacturer<span> of </span>medical supplies produces 1 liter bags<span> of </span>saline solution. thecost<span> to </span>produce x thousand bags<span> of </span>saline<span> is </span>given<span> by the </span>cost<span> func. ... thousand </span>bags<span> of </span>saline<span> is</span>given<span> by the </span>cost function<span> C(x)=1.7x^2-5.3x+3.2, ...</span>
It could possibly be one.
