Isiah determined that 5a2 is the GCF of the polynomial a^3 – 25a^2b^5 – 35b^4-<u>No,Isiah is not correct if he states that that 5a2 is the GCF of the polynomial</u>
Step-by-step explanation:
Firstly ,we divide each term by the GCF and if the term does not divide evenly, then it is not valid
so,
5a^2 divide by a^3
we see that we cannot divide 5a^2 by a^3 because firstly the power is higher and then there is no 5 number.Thus it is not the GCF
The GCF of the coefficients is 1, and there are no common variables among all three terms of the polynomial.
Also we find that 5b^4 is a factor of -25a^2b^5 and -35b^4, but not a3. Additionally, a2 is a factor of a3 and -25a^2b^5, but not -35b^4.
Since each barber works 8 hours per day, it means that the barber shop conducts 112 haircuts in 8 hours. This means that it conducts
cuts per hour. Every barber can conduct two haircuts per hour. This means that a generic number of barbers conducts cuts per hour. But we already know that the shop conducts 14 cuts per hour, so the number of barbers is given by
Answer:
17227363728+2827272×1738÷272=y/x+22=2.06
The answer is the last one
Answer:
y = x + 8
Step-by-step explanation:
The equation of a line in slope- intercept gorm is
y = mx + c
Given
3x - 2y = - 16 ( subtract 3x from both sides )
- 2y = - 3x - 16 ( divide all terms by - 2 )
y = x + 8 ← in slope- intercept form