The given table show the attendance at a cricket stadium having a seating capacity of 4000 during all the matches of a ODI series- - Back in the Stadium Third - 32000 - 95 t e x t F o u r t h - 30000 - 85 lllhlinelendarray Note- Everyone left the stadium at the end of the play- End of play occurs at the end of every day-Q- The number of people who stayed back till the end of play on Second day was what percent more than that on First day-A- 40 -B- 45 -C- 50-D- 55 -E- 60-

The correct option is C 50 Number of people who stayed back till the end of the game Second day = 24000 × 90/100 = 21600 First day = 18000 × 80/100/ = 14400 ...

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Question

The given table show the attendance at a cricket stadium (having a seating capacity of 4000) during all the matches of a ODI series.
$\begin{matrix} Match NO:1 & Total Attendance & Percentage of of Stadium & People Who Stayed Back in the Stadium till the end of play First & 18000 & 80 Second & 24000 & 90 Third & 32000 & 95 Fourth & 30000 & 85 Fifth & 25000 & 92 \end{matrix}$ Note: Everyone left the stadium at the end of the play. End of play occurs at the end of every day.
Q. The number of people who stayed back till the end of play on Second day was what percent more than that on First day?

40%

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45%

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50%

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55%

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60%

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Solution

The correct option is C
50%

$Number of people who stayed back till the end of the game Second day = \frac{24000 \times 90}{100} = 21600 First day = \frac{18000 \times 80}{100} \frac{}{} = 14400 Required percentage = \frac{21600 - 14400}{14400} \times 100 = 50 %$

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Q. The given table show the attendance at a cricket stadium (having a seating capacity of 4000) during all the matches of a ODI series.

\begin{matrix} Match NO:1 & Total Attendance & Percentage of of Stadium & People Who Stayed Back in the Stadium till the end of play First & 18000 & 80 Second & 24000 & 90 Third & 32000 & 95 Fourth & 30000 & 85 Fifth & 25000 & 92 \end{matrix}

Note: Everyone left the stadium at the end of the play. End of play occurs at the end of every day.
Q. What percent of the total seats of the stadium was sold for Third day, if 1080people did not turn up for that day’s match?

Q. The given table show the attendance at a cricket stadium (having a seating capacity of 4000) during all the matches of a ODI series.

\begin{matrix} Match NO:1 & Total Attendance & Percentage of of Stadium & People Who Stayed Back in the Stadium till the end of play First & 18000 & 80 Second & 24000 & 90 Third & 32000 & 95 Fourth & 30000 & 85 Fifth & 25000 & 92 \end{matrix}

Note: Everyone left the stadium at the end of the play. End of play occurs at the end of every day.
Q. What was the average number of people who left the stadium before the end of play on First, second and fourth matches?

Q. The given table show the attendance at a cricket stadium (having a seating capacity of 4000) during all the matches of a ODI series.

\begin{matrix} Match NO:1 & Total Attendance & Percentage of of Stadium & People Who Stayed Back in the Stadium till the end of play First & 18000 & 80 Second & 24000 & 90 Third & 32000 & 95 Fourth & 30000 & 85 Fifth & 25000 & 92 \end{matrix}

Note: Everyone left the stadium at the end of the play. End of play occurs at the end of every day.
Q. What is the respective ratio between the total number of people who left the stadium before the end of play on Second day and Third day together and that who left the stadium before the end of play on First day and Fifth day together?

Q. The given table show the attendance at a cricket stadium (having a seating capacity of 4000) during all the matches of a ODI series.

\begin{matrix} Match NO:1 & Total Attendance & Percentage of of Stadium & People Who Stayed Back in the Stadium till the end of play First & 18000 & 80 Second & 24000 & 90 Third & 32000 & 95 Fourth & 30000 & 85 Fifth & 25000 & 92 \end{matrix}

Note: Everyone left the stadium at the end of the play. End of play occurs at the end of every day.
Q. If males comprised 65% and 60% of those who attended the stadium on Second day and Fourth day respectively, what was the difference between the number of males who attended the stadium on Second day and fourth day?

Q. The given table show the attendance at a cricket stadium (having a seating capacity of 4000) during all the matches of a ODI series.

\begin{matrix} Match NO:1 & Total Attendance & Percentage of of Stadium & People Who Stayed Back in the Stadium till the end of play First & 18000 & 80 Second & 24000 & 90 Third & 32000 & 95 Fourth & 30000 & 85 Fifth & 25000 & 92 \end{matrix}

Note: Everyone left the stadium at the end of the play. End of play occurs at the end of every day.
Q. Out of the number of people who left the stadium before the end of play on Fifth day, the respective ratio between the number of children, adults and senior citizens was 4:3:1. What was the number of adults who left the stadium before the end of play on the fifth day?

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The correct option is C 50% Number of people who stayed back till the end of the gameSecond day =24000×90100=21600First day =18000×80100=14400Required percentage = 21600−1440014400×100=50%

The correct option is C
50%

$Number of people who stayed back till the end of the game Second day = \frac{24000 \times 90}{100} = 21600 First day = \frac{18000 \times 80}{100} \frac{}{} = 14400 Required percentage = \frac{21600 - 14400}{14400} \times 100 = 50 %$