Answer:
-4
Step-by-step explanation:
By definition, a polynomial is an expression with more than one term. That is a monomial. We have names for 2-termed polynomials (binomials) and 3-termed polynomials (trinomials), but that's where the naming stops and they all are called polynomials after that. Our degree is the same as the highest exponent. So our degree is a fifth degree. The leading coefficient is the number that starts out the whole polynomial AS LONG AS IT IS IN STANDARD FORM. If our polynomial started with the -4x^4, our leading coefficient would NOT be -4 since the highest degree'd term will always come first in standard form. Your choice for your answer is the first one given. Degree: 5 Leading Coefficient: -13.
Let
, so that
is the digits in the tens place and
is the digit in the ones place. (Clearly
.)
There are five possible two digits integers that satisfy this relation:
But the first, third, and fifth candidates are even, so they are not prime. The remaining are prime, however, so
or
.
Answer:
# of reserved seats = R; # of general admission seats = G
G - R = 85
$18R + $9G =$3600
Multiply 1st equation by 18: 18G - 18R = 1530
Rearrange 2nd equation: $9G + $18R =$3600
Combine the equations: 27 G = 5130
G = 190
R = 105
Step-by-step explanation:
Let us assume the first part to be = x
Then
The second part will be = 2x
The third part will be = 3 * 2x
= 6x
Then we can get to the equation
x + 2x + 6x = 846
9x = 846
x = 846/9
= 94
So
The first part will be = 94
The second part will be = 2x
= 2 * 94
= 188
The third part will be = 6x
= 6 * 94
= 564
So the three parts are 94, 188 and 564.The second option of 846 = x + 2x + 6x is the correct option.