Question: b. Construct a frequency distribution and a percentage distribution for these costs. Cost Frequency 200 but less than 300 enter your response here 300 but
b. Construct a frequency distribution and a percentage distribution for these costs.
| Cost | Frequency | ||
| 200 | but less than | 300 | enter your response here |
| 300 | but less than | 400 | enter your response here |
| 400 | but less than | 500 | enter your response here |
| 500 | but less than | 600 | enter your response here |
| 600 | but less than | 700 | enter your response here |
| 700 | but less than | 800 | enter your response here |
| 800 | but less than | 900 | enter your response here |
Construct a percentage distribution for these costs.
| Cost | Percentage | ||
| 200 | but less than | 300 | enter your response here% |
| 300 | but less than | 400 | enter your response here% |
| 400 | but less than | 500 | enter your response here% |
| 500 | but less than | 600 | enter your response here% |
| 600 | but less than | 700 | enter your response here% |
| 700 | but less than | 800 | enter your response here% |
| 800 | but less than | 900 | enter your response here% |
(Round to two decimal places as needed.)Part 4c. Around what values are at least 75% of the costs of attending the game concentrated?
A.
At least 75% of the costs of attending a game are concentrated around the class grouping
"$200
but less than
$600."
B.
At least 75% of the costs of attending a game are concentrated around the class grouping
"$500
but less than
$900."
C.
At least 75% of the costs of attending a game are concentrated around the class groupings
"$200
but less than
$400"
and
"$500
but less than
$700."
D.
At least 75% of the costs of attending a game are concentrated around the class groupings
"$300
but less than
$500"
and
"$700
but less than
$900."
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