After 1 hour they are only 32 miles apart. Then after 12 minutes they meet
Answer:
(-1,5) and
are points on the graph
Step-by-step explanation:
Given

Required
Determine which point in on the graph
To get which of point A to D is on the graph, we have to plug in their values in the given expression using the format; (x,g(x))
A. (-1,5)
x = -1
Substitute -1 for x in 

Convert to index form

Change / to *


This satisfies (-1,5)
<em>Hence, (-1,5) is on the graph</em>
<em></em>
B. (1,0)
x = 1
Substitute 1 for x



<em>(1,0) is not on the graph because g(x) is not equal to 0</em>
C. 
x = 3
Substitute 3 for x


Apply law of indices


This satisfies 
<em>Hence, </em>
<em> is on the graph</em>
<em></em>
D. 
x = -2
Substitute -2 for x


Convert to index form



Change / to *


This does not satisfy 
<em>Hence, </em>
<em> is not on the graph</em>
Answer:

Step-by-step explanation:
In order for the triangle to be a right one we need every side to be of the same length. see the photo for furyher explanation.
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.
<em />