I think it's 0.35 cents. is that correct, perhaps?
The minimum number would be one ($20 gold piece) and the maximum would be 2000 pennies.
1 year = 365.25 days (approx) making allowance for leap years.Therefore 265 days/1 year = 265 days/365.25 days = 265/365.25 = 26500/36525.
60% of 265= 60% * 265= 0.6 * 265= 159
The minimum number of tables is 3.
30% of 265 = 265*30/100 = 79.5
265 (all pennies)
In the minimum coin change problem using dynamic programming, the minimum number of coins required to make a given amount of change is calculated by finding the optimal combination of coins that add up to that amount. This involves breaking down the problem into subproblems and finding the minimum number of coins needed for each subproblem. The final answer is the minimum number of coins needed to make the given amount of change.
I think it's 0.35 cents. is that correct, perhaps?
$1
4
The number 265 is not a prime number as it can divide by 5 as well as itself and one
4 weighting
The prime factors of 265 are: 5 and 53.
4 coins, 3 in a triangle (use your imagination) and the other on top in the centre
No.
Since it can be evenly divided by 5, 265 is a composite number.
No it's not