Unless K is defined, this problem doesn’t make sense...even if we divide over k then k would eventually equal nothing (not zero)
The graph is attached, showing the intersection point at 13.5 years and populations of 235.2 for each population.
We only consider the portion of the graph from x=0 on, since negative time is illogical. Tracing the graph we get the intersection point.
Answer:
69090840 possible rankings
Step-by-step explanation:
The number of possible ranking ordered in terms of effectiveness can be obtained using permutation
Number of salesperson = 39
Number of rank = 5
nPr = n! ÷ (n - r)!
nPr = 39P5
39P5 = 39! ÷ (39 - 5)!
39P5 = 39! ÷ 34!
39P5 = 39 * 38 * 37 * 36 * 35 = 69090840
Answer:
$3
Step-by-step explanation:
let the cost of apple pie be
and the cost of chocolate pie be
.
We then express the situation as:

#Make y the subject of the formula in equation 1 then substitute in 2:

Hence, the cost of a chocolate pie is $3
You have to find an equivalent denominator. The two fractions are 1/12 and 6/8. I'll show you some work.
6/8 ; 12/16 ; 18/24
1/12 ; 2/24
Now that we know the denominator is 24, we can simplify 18/24.
18/24 ; 9/12
Your answer should be 9/12. Hope this helps! :)