Which system of equations could be graphed to solve the equation below?
1 answer:
Answer:
B
Step-by-step explanation:
<u><em>I think this is your full question and hope it is correct. </em></u>
<em>Which system of equations could be graphed to solve the equation below? </em>
<em>log(2x+1)=3x-2 </em>
<em>A. y1=3x, y2=2x </em>
<em>B. y1=log(2x+1), y2=3x-2 </em>
<em>C. y1=log2x+1, y2=3x-2 </em>
<em>D. y1=log(2x+1+2), y2=3x</em>
My answer:
We know that: log(2x+1)=3x-2 and they are a equation of log and linear so we need to make system of equation.
The left side is: =>
The right side is :
The system of equations are:
Now we have two new function with x and y.
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Answer:
68% Confidence interval = [4.5752, 4.5848]
95% Confidence interval = [4.5688, 4.5918]
Step-by-step explanation:
Sample mean (X) = 4.580
Sample Standard Deviation (S) = 0.01065
Sample size (n) = 6
for alpha/2 0.84 = 1.1037
for alpha/2 0.975 = 2.5706
68% Confidence interval = = [4.5752, 4.5848]
95% Confidence interval = = [4.5688, 4.5918]