Answer:
$11.54
Step-by-step explanation:
The computation of the greater amount on card V than card U by considering the minimum payment is shown below:
But before that first we have to compute it separately and then take a difference to reach a solution
On Credit card U
= Balance × given percentage
= $414.55 × 2.82%
= $11.69
On Credit card V
= Balance × given percentage
= $751.81 × 3.09%
= $23.23
So, the difference in amount is
= $23.23 - $11.69
= $11.54
Google is good for this, all you have to do is type in the question like that and it should work :)
But the answer is 72.5% I do believe
Answer:
34.85%
Step-by-step explanation:
Let w be the probability of winning, then probability of losing would be (1 - w)
We know the ratio of winning to losing is 0.535
w/(1 - w) = 0.535
w = 0.535 - 0.535w
1.535w = 0.535
w = 0.348534202
% of games won:
0.348534202 × 100
34.8534202%
9514 1404 393
Answer:
[-4,3]
Step-by-step explanation:
The domain is the left-right (horizontal) extent of the function. The dots at the end of the continuous line are solid, so the brackets on the interval are square brackets.
The left dot is at x=-4; the right dot is at x=3, so the domain is ...
[-4,3]
Answer:
See below.
Step-by-step explanation:
Total = 110
Let calls on third evening = x
second evening = 4x
first evening = x + 8
=> x + 4x + x + 8 = 110
=> 6x = 102
=> x = 17
First evening = x = 17 calls
Second evening = 4x = 68 calls
Third evening = x + 8 = 25 calls
