The Delian Problem, is <span>one of the most famous unsolved problems in history, that were first posed by the Greeks. </span>
The problem is the following: Given a cube, construct by means of straight edge<span> and </span>compass only, a cube with double the volume.
It is impossible because the number <span> would have to be constructed, and the minimal polynomial of </span><span> is </span><span>, which has degree </span><span>.</span>
Your answer is B. 620. I got this answer because the rule is that if the last two digits are divisible by 4, then the whole number is, and the last two digits of 620 are 20, and 20 ÷ 4 = 5.
I hope this helps!
Answer:
Domain: (-infinity, +infinity) since you can pick any x values.
Range: [0, +infinity) since it does not go below the x axis.
Step-by-step explanation:
The graph is a parabola given by
lets pick a few x values:
x = 1 gives us y = 1^2, which = 1
x = -1 gives us y = (-1)^2, which = 1
The parabola's domain is any x value as it extends to infinity.
For its range, you can see that it does not go below the x axis at x = 0. Therefore, the range of the parabola is from [0, infinity]
Answer:
13.50=1.50+.6x
Step-by-step explanation:
13.50=1.50+ .6x
12=.6x
20=x