Answer:
It's going to be B and E because it's in the hundreds place not in the tens or whole
Answer:
<h3>495 different ways</h3>
Step-by-step explanation:
This question bothers on combination. Combination has to do with selection. When selecting r objects from a pool of n objects, this is expressed as;
nCr = n!/(n-r)!r!
For us to choose rank the first 4 choices from 12 students nominated, this can be done in 12C4 number of ways;
12C4 = 12!/(12-4)!4!
12C4 = 12!/8!4!
12C4 = 12*11*10*9*8!/8!*4*3*2
12C4 = 12*11*10*9/24
12C4 = 11880/24
12C4 = 495 ways
Hence this can be done in 495 different ways
So based on the given figure above, this is how we are going to find for the value of x. Given the values above, we can see that <span>m<AOC serves as the total value of the other angles. So,
</span>m<AOC = M<AOB + <span>m<BOC
Now plug in the given values.
</span>8x + 8 = (4x - 1) + (<span> 2x + 15)
8x + 8 =6x + 14
8x-6x = 14-8
2x = 6 <<divide both sides by 2 and the result is
x = 3
Therefore, the value of x is 3. Hope this answer helps. Let me know if you need more help next time.</span>
B has more because 10/5 is 2 and 8/12 is less
Polynomials are classified according to their number of terms. 4x 3<span> +3y + 3x </span>2<span> has three terms, -12zy has 1 term, and 15 - x </span>2<span> has two terms. As already mentioned, a polynomial with 1 term is a </span>monomial<span>. A polynomial with two terms is a </span>binomial<span>, and a polynomial with three terms is a </span>trinomial<span>.</span>