Answer:
first one is 16,956m^2 second one is 6 in
Answer:
The function in the table has a greater y-intercept than the graph does.
Step-by-step explanation:
y-intercept = a point in the function where x=0,
=> In the<em> graph</em> y-intercept is at the coordinate (0,-2) so the <u>y-intercept is -2.</u>
=> In the <em>table</em> y-intercept is at the coordinate (0,5) so the <u>y-intercept is 5</u>
Hope this helps!
Answer: C. f(x)=1.5x
Step-by-step explanation:
Here's the complete question:
In a direct variation equation f(x) = 6 when x = 4. what is the direct variation equation
A-f(x)=6x
B-f(x)=4x
C-f(x)=1.5x
D-f(x)=0.67x
The direct variation equation will be:
6 = kx
When x = 4, this will be:
6 = 4k
k = 6/4
k = 1.5
Therefore, the direct variation equation is: f(x)=1.5x
Answer:
(-6,-4)
Step-by-step explanation:
So there actually is really easy way to solve this problem(that many people will never teach you for some weird reason).
Find difference between two points first in x and y direction.
X difference = (-3 - (-8)) = 5
Y difference = (-1 - (-6)) = 5
Multiply 2/5 to each difference
X difference 5 * 2/5 = 2
y difference 5* 2/5 = 2
just add the two number to First point(point A)
-8 + 2 = -6
-6 + 2 = -4
(-6,-4)
Answer: 1 solution... x=1/2
