I'm thinking it's a parabola since you can cover a vast amount of apace within the parabola too.
R(t) = integral of r'(t) = integral of ti + e^tj + te^tk = 1/2t^2i + e^tj + (te^t - e^t)k + c
r(0) = j - k + c = i + j + k
c = i + 2k
Therefore, r(t) = (1/2t^2 + 1)i + e^tj + (te^t - e^t + 2)k
Here is how to find the intercepts, if the graph is hovering above the x axis (k<0) there will be no real solutions for the x intercept
Answer:
bro I don't know. I just need the points so I can keep getting answers. good luck tho I guess.
Answer:
Slope(m) = -2
Step-by-step explanation:
The line passes through (1,3) and (4,-3)
Slope(m) = change in y ÷ change in x
m =
=
= -2