Withdrawal because they are taking money out of bank. A deposit would be if they were putting money back in.
Answer:
Answer for the question:
To compute a19 mod N, the modular exponential algorithms that we studied would do 8 modular multiplications (5 squarings and 3 multiplications by a). What is the minimum number of modular multiplications needed to compute a19 mod N if you are free to use any sequence of modular multiplications.)
is given in the attachment.
Step-by-step explanation:
Well
You want to calculate the interest on $1000 at 3.5% interest per month after 3 year(s).
The formula we'll use for this is the simple interest formula, or:
Where: P is the principal amount, $1000.00.
r is the interest rate, 3.5% per month, or in decimal form, 3.5/100=0.035.
t is the time involved, 3....year(s) time periods.
Since your interest rate is "per month" and you gave your time interval in "year(s)" we need to convert your time interval into "month" as well.
Do this by multiplying your time, 3 year(s), by 12, since there's 12 months in 1 year.
So, t is 36....month time periods.
To find the simple interest, we multiply 1000 × 0.035 × 36 to get that:
The interest is: $1260.00
Hope i could help
6 is wrong, a rhombus is a diamond shape
Square's are equal on all sides so if one leg of the square is eight then the others are also and in order to find the area of a square you multiply the height by the width so 8^2 or eight squared is the expression. Your answer is the area is 64 ft^2 and the expression is : 8^2=64
