Matlab functions:
1)sumOddInts will use a for loop to sum all the odd integers between two parameters called start and finish, e.g. sumOddInts(5,9) -> 21
2)sumIntSquares will use a while loop to sum the squares of the integers from 1 to finish.
3) sumOddIntSquares will use a for loop to sum the odd squares of integers from start to finish, i.e. 16 will be skipped but 25 would be added to the sum.
4 ) factorial_recurse will use recursion to compute factorial of n.
5 ) factorial_loop will use ‘ for ’ loop to compute factorial of n
Solution
Multiple Questions : Answering two,
1)
function result = sumOddInts(start,finish)
result = 0;
for i = start:finish
if (mod(i,2) != 0)
result=result+i;
end
end
end
2.
function result = sumIntSquares(finish)
result = 0;
i = 1;
while i <= finish
result=result+i*i;
i = i+1;
end
end
.
Measures of Central Tendency: Mean, Median and Mode
Matlab functions- 1)sumOddInts will use a for loop to sum all the odd.docx
1. Matlab functions:
1)sumOddInts will use a for loop to sum all the odd integers between two parameters called start
and finish, e.g. sumOddInts(5,9) -> 21
2)sumIntSquares will use a while loop to sum the squares of the integers from 1 to finish.
3) sumOddIntSquares will use a for loop to sum the odd squares of integers from start to finish,
i.e. 16 will be skipped but 25 would be added to the sum.
4 ) factorial_recurse will use recursion to compute factorial of n.
5 ) factorial_loop will use ‘ for ’ loop to compute factorial of n
Solution
Multiple Questions : Answering two,
1)
function result = sumOddInts(start,finish)
result = 0;
for i = start:finish
if (mod(i,2) != 0)
result=result+i;
end
end
end
2.
function result = sumIntSquares(finish)
result = 0;
i = 1;
while i <= finish
result=result+i*i;
