Find the sum of a finite geometric series.
2 answers:
Including the first year where they spend $2,000 dollars and it's added altogether: $9,282 Not including first year and it's added altogether: $10,210.2 If you're talking about the money they spent on only the 4th year: 1st year- $2,000 2nd year- $2,200 3rd year- $2,420 4th year- $2,662 If you don't count the year where they spend $2,000: 1st year: $2,200 2nd year: $2,420 3rd year: $2,662 4th year: $2,928.2
Sum of a finite geometric series=a(r^(n) -1)/(r -1) or sum of a finite geometric series=a(1 - r^(n))/(1 - r) the Smiths would spend a total of $2928.2 on clothing in 4 years
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I think its c i could be wrong
Let: x = number of copies sold We can formulate the following equation to solve for x: 1.50x - 0.9x - 600 = 0 x = 1000 Therefore, the club must sell 1000 copies to break even. Among the choices, the correct answer is A.
Answer:
Your answer is 15
Step-by-step explanation:
1) 6 + 4 = 10
2) -4 + -1 = -5
3) now add
4) 10 + -5 + 15
5) it's 15 because the bigger is positive.
Answer:
Step-by-step explanation:
<u>The sets as per diagrams are as follows</u>
1. Intersection of G and I 2. Combination of G and I 3. Combination of G and I excluding H 4. Combination of G and I excluding common region
Answer:
$2.96
Step-by-step explanation:
3x$2.67=$8.01
3x$2.73=$8.19
5x$3.27=$16.35
$8.01+$8.19+$16.35=$32.55
This makes 11 pounds of trail mix.
$32.55 divided by 11 = $2.9590909 = $2.96