Answer: 
Step-by-step explanation:
area equals length times with
The highest degree of the polynomial tells you the maximum number of zeroes, but doesn’t say whether there are duplicates and doesn’t say whether they are real or complex. One way to find out is to graph the polynomial. This can just be a sketch. By plugging in values you can evaluate the polynomial. Let’s say you choose two values for the independent variable: a and b. If the polynomial evaluates as positive for a and negative for b, or vice versa, it means there’s a real solution between a and b. You can do this for a series of values and look for changes from positive to negative or negative to positive. And in this way you can determine how many real solutions there are. If by chance you find a value c which makes the polynomial zero, then c is a zero and you can use synthetic or long division to divide by the zero and reduce the degree of the polynomial. Then repeat the process to find more zeroes or determine how many real solutions there are. A graph does help to see at a glance where the real solutions are, and some calculators and apps will draw the graph for you.
Answer:
x=8
Step-by-step explanation:
Equation: 24-3x
24/3=8
Hope this makes more sense
Answer:
1) 
--------> 
2) 
--------> 
3) 
--------> 
4) 
--------> 
Step-by-step explanation:
<u>Verify each case</u>
case 1)
<em>Find the area with the original dimensions</em>
Reduce the area of the poster by one-third
therefore
-------->
case 2)
<em>Find the area with the original dimensions</em>
Reduce the area of the poster by one-third
therefore
-------->
case 3)
<em>Find the area with the original dimensions</em>
Reduce the area of the poster by one-third
therefore
-------->
case 4)
<em>Find the area with the original dimensions</em>
Reduce the area of the poster by one-third
therefore
-------->
Answer:
The value of c in the equation c =6.
Step-by-step explanation:
In mathematics, a perfect square or a square number is an integer that is the square of an integer. In different words, it is the product of an integer with itself. For example, 9 is a square number because it can be written in 3 × 3.
The normal notation for the square of a number n is not the product n × n, but the equivalent exponentiation n2, which is generally pronounced as "n square". The square number of the name results from the name of the form. The unit area is defined as the area of a unit square (1 × 1). Consequently, a square of lateral length n has the area n2.
Square numbers are not negative. Another way to say that an integer (not negative) is a square is to make its square root an integer again.
For example, √9 = 3, so, 9 is a quadratic number.
A positive integer that has no perfect square divisors other than one is called without a square.
24.2² = 24.2 × 24.2 =585.64=abac.
From above equation, a=5,b=8,c=6.
