Answer:

Step-by-step explanation:
we would like to compute the following limit:

if we substitute 0 directly we would end up with:

which is an indeterminate form! therefore we need an alternate way to compute the limit to do so simplify the expression and that yields:

now notice that after simplifying we ended up with a<em> </em><em>rational</em><em> </em>expression in that case to compute the limit we can consider using L'hopital rule which states that

thus apply L'hopital rule which yields:

use difference and Product derivation rule to differentiate the numerator and the denominator respectively which yields:

simplify which yields:

unfortunately! it's still an indeterminate form if we substitute 0 for x therefore apply L'hopital rule once again which yields:

use difference and sum derivation rule to differentiate the numerator and the denominator respectively and that is yields:

thank god! now it's not an indeterminate form if we substitute 0 for x thus do so which yields:

simplify which yields:

finally, we are done!
Answer:ikkdrrrrr
Step-by-step explanation:
Answer:
166.59 cm³ (approx.)
Step-by-step explanation:
Graphically I guess means graph it.
First graph goes to first problem. Second graph goes to second problem.
Let, the numbers = x,y
x+y= 24 1st eqn
x-y = 44 2nd eqn
24-y-y = 44
-2y = 44-24
y = 20/-2 = -10
substitute that in equation 1st x = 24+10 = 34
so, the numbers would be 34 & -10