Indians, Egyptians, Europeans and Australians have resided in a village of area 200 $k m^{2}$ . If the area is equally divided among the four civilizations, what is the probability that a particular person lands on the land occupied by Indians or Europeans?

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Solution

The correct options are
A

D

Each civilization occupies an area of 50 $k m^{2}$ .

Probability that the person lands on a land occupied by Indians or Europeans = $\frac{(50 + 50)}{200}$ = $\frac{1}{2}$

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Indians, Egyptians, Europeans and Australians have resided in a village of area 200 km2. If the area is equally divided among the four civilizations, what is the probability that a particular person lands on the land occupied by Indians or Europeans?

The correct options are A D Each civilization occupies an area of 50 km2. Probability that the person lands on a land occupied by Indians or Europeans = (50+50)200 = 12

Indians, Egyptians, Europeans and Australians have resided in a village of area 200 $k m^{2}$ . If the area is equally divided among the four civilizations, what is the probability that a particular person lands on the land occupied by Indians or Europeans?

The correct options are
A

D

Each civilization occupies an area of 50 $k m^{2}$ .

Probability that the person lands on a land occupied by Indians or Europeans = $\frac{(50 + 50)}{200}$ = $\frac{1}{2}$