Answer: 
Step-by-step explanation:
The Greatest Common Factor (GCF) of a polynomial is defined as the largest monomial that is a factor of all the terms of the polynomial.
In this case, given this polynomial:
You can factor out the Greatest Common Factor applying this procedure:
1. Write the terms of the polynomial in prime factor form:
2. Identify the factors the terms have in common (this will be the Greatest Common Factor). In this case this is:
3. Finally, rewrite the expression in factor form:
Taking the point directly under the center of the bridge as the origin,
x = 20t, y = 15t, z = 10
let s be thedistance between them at time t,
s^2 = (20t)^2 + (15t)^2 + 10^2 = 625t^2 + 100
2s ds/dt = 1250t
ds/dt = 625t/s
when t = 3, s = √(625*9+100) = 75.6637
ds/dt = 625*3/75.6637 = 24.78 m/s
#1
0.4
Additive=-0.4
Multiplicative=1/0.4
#2
5 5)6=35/6
- Additive=-35/6
- Multiplicative=6/35
#3
5x-3y-2x+3y=3x
- Additive=-3x
- Multiplicative=1/3x
#4
-11a-13b+7a-3b=-4a-16b
Additive
Multiplicative
#5
8x-7y-(3-6y)=8x-7y-3+6y=8x-y-3
Additive.
Multiplicative
Answer:
y = |x+8|
Step-by-step explanation:
Translating an absolute value graph one unit to the left means adding 1 inside the absolute value brackets.
Translating an absolute value graph one unit to the right means adding (-1) inside of the absolute value brackets.
Translating an absolute value graph one unit up means adding 1 outside the absolute value brackets.
Translating an absolute value graph one unit down means adding (-1) outside the absolute value brackets.
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-Chetan K
