In order to add or subtract fractions, they must have a common denominator. I hope I answered your question.
Answer:
g(1) is larger
Step-by-step explanation:
Given
See attachment for graph
Required
Determine which is larger; f(1) or g(1)
From the attachment, the red curve represents f(x) while the blue curve represents g(x)
Next, we determine the values of f(1) and g(1).
f(1) is the point where x = 1 on the y-axis (for the red curve)
So:
g(1) is the point where x = 1 on the y-axis (for the blue curve)
So:
By comparison:
<em>So, g(1) is larger</em>
Factor out the largest perfect square of 32.
( in this example we factored out 16 )
Rewrite
____
/16⋅2
as the product of two radicals.
The square root of 16 is 4.
Divide numerator and denominator by 4.
32. y^3-5y^2=0
y^2(y-5)=0
y=0,5
33. 18s^3=50s
18s^2=50
s=+\-sqrt(25/9)=5/3,-5/3
36. 4w^4+40w^2-44=0
4(w^4+10w^2-11)=0
(w^2+11)(w^2-1)=0
w=0,1,+\-sqrt(11)
37. 4z^5=84z^3
4z^2=84
z=+\-sqrt(21)
40. 48p^5=27p^3
48p^2=27
p=+\-sqrt(27/48)=+\-sqrt(9/16)=3/4,-3/4
Any question please feel free to ask. Thanks
Answer:
Liters
Step-by-step explanation:
Milliliters are used to measure smaller amount of liquids while liters are used for bigger. If you were to use a bucket, you would need to measure the capacity with bigger measurements.