Answer:
The value of the limit is 
Step-by-step explanation:
When we are working with limits in which the variable goes to infinity, we only take the highest order factor of the numerator and of the denominator.
So we have
We can simplify the cubes.
The limit of a constant is the proper constant.
So the value of the limit is
Height of the truck =m 162 inches
Height of the bridge under which vehicles pass = 12 feet 5 inches
= (12 * 12) + 5 inches
= 144 + 5 inches
= 149 inches
We arrived at the above deduction from the fact that 1 feet is equal to 12 inches.
Now
Difference in height of the truck and the bridge is = 162 - 149 inches
= 13 inches
So the truck is 13 inches taller than the maximum height of the bridge. The correct option among all the options that are given in the question is the second option or option "B". I hope it helps you
Sweet................
a. (0,4500) initial height
b. take any to points and find slope which is rate in ft per min and is also negative in this case
c. (3,0) hits ground after 3 minutes
d. after b, use y-y1=m (x-x1) for any point (x1,y1)
ur welcome. plz follow
Answer:
- (a) no
- (b) yes
- (c) no
- (d) no
Step-by-step explanation:
"Of the order x^2" means the dominant behavior matches that of x^2 as x gets large. For polynomial functions, the dominant behavior is that of the highest-degree term.
For other functions, the dominant behavior will typically be governed in some other way. Here, the rate of growth of the x·log(x) function is determined by log(x), which has decreasing slope as x increases.
Only answer selection B has a highest-degree term of x^2, so only that one exhibits O(x^2) behavior.
