It looks as though the formula is right there.
Total = 1,000 * (1 +[.0925/12])^12*42
Total = 1,000 * <span><span>(1.00770833333333)^504 </span></span><span>
Total = 1,000 * </span><span>47.9473276233 </span><span>
Total = </span><span><span>47,947.33
</span> </span>
It is indeed justifiable that the operation involved in this task is combination because the arrangement of the assignments are not important. The combination may be solved directly from a scientific calculator using the function,
nCr
where in this item the value of n is 8 and that of r is 3. Substituting and solving the combination,
8C3 = 56
Therefore, there are exactly 56 combinations possible.
Thing I no this one I just forgot
50-8=42(half of his score)
42*2=84(whole score)
s=84
