A stem and leaf plot (histogram) shows the mode as the longest list of "leaves." It is the easiest to use for finding mode.
A box-and-whisker plot tells you nothing about relative frequencies.
A scatter plot or line graph would require careful re-interpretation to determine the mode. If the amount of data is large and there are many data values with about the same high frequency, these charts may be unhelpful, too.
The answer is 7/27.......
Answer: Choice B
If you lower your rates by 6% you will increase the number of occupancies by 12%
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Explanation:
Price Elasticity of Demand is found by dividing the percent change of demand over the percent change in price

If the price drops 6% leads to a 12% increase in demand, then we get this elasticity

The absolute value of that result is 2. We work backwards going from 2 to see the relationship between the 12% and 6%.
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Side notes:
- Choice A is incorrect as a price elasticity of demand larger than 2 means we have elastic (rather than inelastic) demand.
- Choice C is incorrect because while raising rates does bring in more money in certain situations, there's a limit to how much the price goes up before people stop showing up. The prices can't go up forever. Also, the fact we have an elastic product means people are either forgoing this hotel or finding a substitute.
- Choice D is incorrect. Products with high demand elasticity usually have substitutes. Any slight change in the price leads people to seek cheaper options. Unless we're dealing with a small town there are usually multiple hotels to choose from.
Answer:
y = 1/2x
Step-by-step explanation:
hope this help you!! ;))
11 red peppers. Lets say green peppers =x and red peppers =x+6 because it’s 6 more then green peppers. So to solve do
x + x + 6 = 16. Simplified is x=5. So he has 5 green peppers and 11 red peppers.