Answer:
independent system
Step-by-step explanation:
The first linear equation () can be written in slope y-intercept form by solving for the y variable. When it is in that form, one can easily understand its geometrical shape and distinguish if it the same, if it crosses or if it is parallel, to the second line ()
We proceed to re-write it in slope y-intercept form:
Therefore it has a slope of "-1" and a y-intercept of "-5", while the second line has slope "1" and y-intercept "-7".
Therfore, they are lines that intercept at a unique point, and therefore represent an independent system.
Answer:
Step-by-step explanation:
Use Desmos
Answer:
Step-by-step explanation:
i'm assuming is A because the way this is presented is bad b is wrong and that is all i can gather
-C=-4 +4
This question is easy with some simple logic!
Hope this helps
:D
From Kenny
Answer:
The slope of the curve at (3,1) is 3.
Step-by-step explanation:
The given differential equation is
It is given that the solution curve is passing through the point (3,1).
The slope of a curve y(t) at a point (a,b) is the value of y'(t) at (a,b).
We need to find the slope of the curve at (3,1).
Substitute t=3 and y=1 in the above equation, to find the slope.
Therefore the slope of the curve at (3,1) is 3.