X²+15x+36<0
at first solve quadratic equation
D=b²-4ac= 225-4*1*36= 81
x=(-b+/-√D)/2a
x=(-15+/-√81)/2= (-15+/-9)/2
x1=(-15-9)/2=-12
x2=(-15+9)/2=-3
we can write x²+15x+36<0 as (x+12)(x+3)<0
(x+12)(x+3)<0 can be 2 cases, because for product to be negative one factor should be negative , and second factor should be positive
1 case) x+12<0, and x+3>0,
x<-12, and x>-3
(-∞, -12) and(-3,∞) gives empty set
or second case) x+12>0 and x+3<0
x>-12 and x<-3
(-12,∞) and (-∞,-3) they are crossing , so (-12, -3) is a solution of this inequality
Answer:
you swallow too
Step-by-step explanation:
The formula for the Binomial Theorem with a power 6 is as:
Thus, if we plug in 20 for x and 5 for y, our first term itself will be 
which is much greater than 256 and thus it will not make any sense to use 
to approximate 256 using the binomial theorem.
Also, it will not make any sense to use 
as that has no power and we know that Binomial Theorem makes use of Power. Anyway, 
.
Our best bet here would be to use the equation with power 8:
and have 
and 
which will give us
In the given interval, the solutions are
The answer is D
They have the same slope but different yint.
parallel lines never intercept<span />
