Percentage wise distribution of players who play six different games

Q11. If the percentage of tennis players is increased by 40% and the percentage of horse riding players is decreased by 20%, then what will be the total number of tennis and horse riding players together?

(a) 554

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(b) 664

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(d) None of the above

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Solution

The correct option is D
(d) None of the above

Total no. of tennis and horse riding players = 336 + 432

= 768

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Percentage wise distribution of players who play six different games Q11. If the percentage of tennis players is increased by 40% and the percentage of horse riding players is decreased by 20%, then what will be the total number of tennis and horse riding players together?

The correct option is D (d) None of the above Total no. of tennis and horse riding players = 336 + 432 = 768

Percentage wise distribution of players who play six different games

Q11. If the percentage of tennis players is increased by 40% and the percentage of horse riding players is decreased by 20%, then what will be the total number of tennis and horse riding players together?

The correct option is D
(d) None of the above

Total no. of tennis and horse riding players = 336 + 432

= 768