Answer:
The equation of line that passes through (1, 2) and (8,9) in slope-intercept form is: 
Step-by-step explanation:
The slope-intercept form of line is given by the formula:
Here m is the slope and b is the y intercept
Given
First of all, the slope has to be found
Putting m=1 in the equation
Putting the point (1,2) in the equation to find the value of b
The equation is:
Hence,
The equation of line that passes through (1, 2) and (8,9) in slope-intercept form is:
Part A is incorrect because for negative numbers, the greater the magnitude the smaller the number. -2 is smaller than -1, for example, and -20 is smaller than -15.
An elevation of -15ft means 15 ft below sea level, an elevation of -20ft means 20 ft below sea level, and an elevation of (+) 7ft means 7 ft above sea level.
If John started the trail at sea level (0ft elevation), then the greatest change in elevation would be between that and the second rest stop. Take the absolute value of all the numbers and see which one is the largest.
We have that
(w^5*z^2)*(-9*w^2*z^<span><span>5)</span>
</span><span>Multiplying exponential expressions
we know that
</span>w^5<span> multiplied by </span>w^<span>2 = w</span>^<span>(5 + 2) = w</span>^7
and
z^2<span> multiplied by </span>z^<span>5 = z</span>^<span>(2 + 5) = z</span>^7
therefore
(w^5*z^2)*(-9*w^2*z^5) =-9*( w^7)*( z^7)
-9*( w^7)*( z^7)=-(3^2)*( w^7)*( z^7)
the answer is
-(3^2)*( w^7)*( z^7
Answer:
They must have the same slope, but different y-intercepts
Step-by-step explanation:
Slope is rise over run, or the rate of change
(1/3) -y = (1 -3y)/3
There are many ways to write an equivalent expression. This is one of them.
