For this case we must simplify the following expression:
By law of multiplication signs we have to:
We add similar terms:
We simplify:
Answer:
ith 0 identical marbles permitted to be included in any of the jars, An expression can be developed to determine the total of marbles in jar arrangements, which is:
E = [(n+j -1)!]*{1/[(j-1)!]*[(n)!]}, where n = number of identical balls and j =number of distinct jars, the contents of all of which must sum to n for each marbles in j jars arrangement. With n = 7 and j = 4. E = 10!/(3!)(7!) = 120= number of ways 7 identical marbles can be distributed to 4 distinct jars such that up to 3 boxes may be empty and the maximum to any box is 7 balls.i think is the answer
Answer:
None of the statements given in the options show the correct reasoning for finding 15÷ 29
Step-by-step explanation:
We are asked to find which of the statements below corresponds to: 15÷29.
15 ÷ 29 =
0.5172413793
= (10 + 5) ÷ 29
= (10 ÷ 29) + (5 ÷ 29)
= 0.5172413793
None of the statements given in the options show the correct reasoning for finding 15÷ 29
Simple interest = PRT/100 = 1090 x 8 x 5 / 100 = $436
Answer:
5
Step-by-step explanation: