Complete question is;
Maya is choosing between several pay plans for her new job. If she usually has monthly sales of about $5,000, which plan would allow Maya to earn the most money in a month?
Plan, Monthly base salary, Commission rate
A, $500, 8%
B, $600, 7%
C, $700, 6%
D, $800, 5%
Options:
A. plan A
B. plan B
C. plan C
D. plan D
Answer:
Option D - Plan D
Step-by-step explanation:
For plan A, at 8% commission rate,her monthly pay would be, 500 + 8%*5,000 = $900
For plan B, at 7% commission rate, her monthly pay would be; 600 + 7%*5,000 = $950
For plan C, at 6% commission rate, her monthly pay would be;700 + 6%*5,000 = $1000
For plan D, at 5% monthly commission rate, her monthly pay = 800 + 5%*5,000 = $1050
So the plan that allows maya earn the most is the highest which is plan D
Answer:
Plan D
Step-by-step explanation:
20. 1/8(24x+32)=10
32. 5-1/2(x-6)=4
33.2/3(3x-6)=3
Answer:
each friend gets 3 stickers
Step-by-step explanation:
9÷3=3
Answer:
Cubic yards of dirt needed for project = cubic yards
Cost of Project = About $44.44
Step-by-step explanation:
To find number of cubic yards of dirt needed, we need to find the volume.
Rectangular Prism Volume = length * width * depth
Note: Length is 9ft, width is 16ft, depth is 4 inches. We need to change depth to ft. So 4 inches = feet.
Now finding the volume (in cubic ft) =
We know 3 feet is 1 yard. To convert cubic feet to cubic yards, we have to divide it by (3)^3 = 27. Hence:
cubic yards
* Since dirt is $25 per cubic yard, to find cost, we multiply 25 by 16/9. Hence
Cost of Project = 25 * 16/9 = 400/9 = $44.44
Answer:
Step-by-step explanation:
The number of ways you can draw 3 cards from the deck of 52 cards is,
Out of 52, 4 cards are jacks. So the number of ways you can draw 3 jacks out of 4 is,
So, the probability three cards from a regular deck of 52 cards will be,
The likelihood of pulling three Jacks from a 52-card deck is calculated by multiplying together the probabilities of pulling a Jack on each of the three cards drawn. This comes to approximately 0.000181, or 0.0181%
The question you're asking is about the probability of drawing three Jacks from a 52-card deck. A standard deck has 52 cards, and there are 4 Jacks in the deck. So, when you're dealing the first card, the probability that it's a Jack is 4 out of 52, or 1 out of 13. After one Jack has been dealt, there are now only 3 Jacks left and 51 cards total, so the probability that the second card is a Jack is 3 out of 51. For the third card, because there are only 2 jacks left out of 50 cards, the probability is 2 out of 50. Because you want all these events to happen, you would multiply these probabilities together. Therefore, the probability of getting three Jacks is (4/52) * (3/51) * (2/50), which simplifies to approximately 0.000181.
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