Answer:
c≥2(x-2) ÷ 5
Step-by-step explanation:
5c+3≥6x-8
5c ≥6x-8-3
5c≥6x-12
c≥(6x-12) ÷ 5
c≥ 2(x-2) ÷5
The locus is the circle with its radius that size and its center at that point.
Its equation is (x+3)^2 + (y+1)^2 = 81.
Answer:
A:(2m^4n^3)^3(5m^4n^3)^2
Step-by-step explanation:
represents repeating decimal
<em><u>Solution:</u></em>
We are asked to find the rational number that represents repeating decimal
A repeating decimal, also called a recurring decimal, is a number whose decimal representation eventually becomes periodic (i.e., the same sequence of digits repeats indefinitely)
Option 1
So here the decimal part is not repeating. So does not represent repeating decimal
Option 2
So here the decimal part is not repeating. So does not represent repeating decimal
Option 3
So here in decimal part "3" is repeating and goes on forever
So represents repeating decimal
Option 4
So here the decimal part is not repeating. So does not represent repeating decimal