Answer
The answer and procedures of the exercise are attached in a microsoft excel document.
Explanation
Please consider the data provided by the exercise. If you have any question please write me back. All the exercises are solved in a single sheet with the formulas indications.
Answer: 7.12%
Explanation:
Effective Annual Interest rate is the nominal interest rate adjusted for the number of compounding periods a financial product will experience in a period of time.
To calculate the Effective Annual Rate one can use the following formula,
Effective Rate of Interest = (1+r/m)^m - 1
where r is the rate and
M is the no of compounding periods per year which in this case would be 2 because the payments are semi annual
Plugging in figures would give us,
Effective Rate of Interest = (1+0.07/2)^2 - 1
=0.0712
= 7.12%
If you need any clarification do comment or react.
Answer:
The answer is This should be possible in O(m+n) with BFS.
Explanation:
Give us a chance to take your chart G. Complete a BFS on the diagram. Check every one of the hubs in the diagrams as visited as normal with BFS. Rather than adding only hubs to the line in the DFS include hubs in addition to number of incoming ways. On the off chance that a hub that has been visited ought to be included disregard it. On the off chance that you discover a hub again which is as of now present in your line don't include it once more, rather include the checks together. Proliferate the depends on the line while including new hubs when you experience the last hub i.e the goal hub the number that is put away with it is the quantity of briefest ways in the diagram.
Answer:
$1,443.75
Explanation:
The total cost for paving Sam's portion of the road = $35 per linear foot x 110 front feet = $3,850
If the city is going to pay 25% of the total cost, then it will pay $962.50, that would leave a total of $2,887.50 to be paid between Sam and his front neighbor. So Sam's share = $2,887.50 / 2 = $1,443.75