1. C=2πr
We need to move r by itself on a side of the equation.
Divide both sides of the equation by 2π. This will cancel out the side with the r.
r=C/2π
2. A=1/2*b*h
Divide both sides by 1/2*h, isolating b
b=A/
h
3.y=mx+b
Now we have to do reverse PEMDAS, we have to add/subtract before we can multiply or divide to simplify.
Subtract both sides by b
y-b=mx
Now divide both sides by m
x=
Remember we have to divide both terms y and -b by 2, so it goes on the bottom for both.
Answer:
i think its 70 percent
Step-by-step explanation:
Answer:
Synthetic division is a process of polynomial division by a linear factor only.
Step-by-step explanation:
The correct statements are:
1. The division must occur between a polynomial and a linear term.
3. If there is a number in the last term of the quotient, then there is a remainder. After division if there is any number left out except zero in the last term of quotient, then it is the remainder.
4. The quotient is written as a polynomial with a degree one power greater than the original dividend.
Answer:
x^2+11x+30
Step-by-step explanation:
This is a parallelogram.
Area of a parallelogram can be found with:
A=bh
Plug our values in.
A=(x+6)(x+5)
FOIL-
First: x*x=x^2
Outside: x*5=5x
Inside: 6*x=6x
Last: 6*5=30
x^2+5x+6x+30
Combine like terms.
x^2+11x+30
