f(x) = (3/4)ˣ - 4
As x gets really negative (3/4)ˣ grows positively without bound (because it's (4/3)⁻ˣ and 4/3 > 1).
As x gets really positive (3/4)ˣ tends to zero but never quite gets there.
So (3/4)ˣ > 0 for all x
So f(x) > 0 - 4 for all x
Answer: { y | y > -4 }, first choice
Answer:
1). R ≥ 75
2). 1.45R + 0.65C ≤ 200
Step-by-step explanation:
Total amount with Jada = $200
Let the number of roses purchased by her = R
Number of people = 75
Cost of R roses at the rate of $1.45 each = 1.45R
Along with roses she purchased carnations = C
Cost of carnations = $0.65 each
Total cost of Carnations = $0.65C
1). Inequality to represent the constraint that every person takes home at least one rose,
R ≥ 75
2). Inequality representing the cost constraint will be,
1.45R + 0.65C ≤ 200
Answer:
Both numbers have the same base
are divisible by three
are squares of three
Step-by-step explanation:
and both are squares of three
3x3x3= and 3x3x3x3=
Hope this helps :)
Answer = Yes got it correct
Answer:
22+4−16=0
2n^{2}+4n-16=02n2+4n−16=0
2(2+2−8)=0
I'm not sure if im correct but I did find this type of answer.