Answer:
increases
decreases but stays above 0.
Step-by-step explanation:
Increases without bound. You are going left which means that x is getting smaller and smaller (large negatives are very small).
As x increases without bounds, f(x) approaches 0 but does not go minus.
y = -2x-3
Lines that are perpendicular have slopes that are negative reciprocals of each other. Meaning, if a line has slope , then a line perpendicular to this has slope . That means the slope of our perpendicular line is
I believe this problem is true.
The answer is going to be the general form for e^x = 1 + x/(1!) + + x^2/(2!) + x^3/(3!) +.....,. till infinity so : e^4 = 1 + 4/1 + 16/ 2 + 64/6 + 256/24 + 1024/ 120 + 4096/720 + 16384/5040 +...till the fraction is<0.1 = 54.6
I hope this helps!
