He can buy 5 of the $3 nut and 1 of the $5 nuts.
5x3=15
5x1=5
15+5=20 and that’s less than 24.
So Jim can use $20 to buy the $3 one 5 times and the $5 one 1 time.
He has 3/9 of his money left.
Or the better answer of 1/3
Here is the bar model
Sorry that the writing is sloppy. I will explain what it reads if needed T-T
For this problem, you need to know the distance formula, as that'll give you the length of the line segment.

Using points A and B, the formula becomes:

Length cannot be negative, so the length of AB is
13.
This is the formula for compounded interest.
P is the principal investment,
r is the rate (6%=0.06)
n is the number of times compounded per year (n=12 is monthly, n=2 is twice per year)
T is the number of years past
And A is the amount of money after t years with a rate r compounded n times per year staring at P amount
Final answer:
n is the number of times per year the interest is compounded.
Hope I helped, and sorry it took this long for you to get an answer.
Once, 14 divided by 16 equals 1 with a remainder of 2