The first step for expanding this expression is to use the logarithmic product and the quotient rule.
㏒
(2) + ㏒
(x²) + ㏒
(y)
Lastly,, use ㏒
= x × ㏒
(b) to transform the expression.
㏒
(2) + 2㏒
(x) + ㏒
(y)
This means that the expanded version of your expression is going to be ㏒
(2) + 2㏒
(x) + ㏒
(y).
Let me know if you have any further questions.
:)
Step-by-step explanation:
So first you want to multiply the percentage of the yellow balls by three to get the amount of "300%" which is 300 balls. Munising 100 by 40, you get 60% is white. So multiply that by three also. So for Yellow, you have 120 balls, and for white, you have 180. So you take 120 and take 20% of it, and it would give us 24. You take the 180, and that one gives us 144. So if you add 144 and 24, Sally's team found 168 balls out of 300.
hope this helps
0.01 is equal to 1/100
So, 3 1/100
Plug x = 4 into the equation and solve for y
3(4) - y = 4
y = 8
The point is (4, 8)
Hello :
<span>an equation of the circle Center at the
w(a,b) and ridus : r is :
(x-a)² +(y-b)² = r²
In this exercice : (x-3)²+y²=7² ....a =3 and b=0 ( the center is :w(3,0)) ... r=7
The distance between each point in each case is calculated and compared with the length of the radius
1 ) </span>A (-1, 1) : Aw² = (-1-3)²+1² =17..... Aw < r : <span>interior the circle
</span> 2 ) B(10, 0) :Bw² =(10-3)²+0² =49 ......r = Bw :<span>circumference of the circle
</span> 3 ) C(4, -8) :Cw² = (4-3)²+(-8)² =65..... Cw > r : exterior the circle
