Two points X and Y both on latitude 60^oS have longitude147^oE and 153^oW respectively. Find to the nearest kilometer the distance between X and Y measured along the parallel of latitude(Take 2 $\pi$ R = 4 x 10⁴km, where R is the radius of the earth)

16667km

28850km

8333km

2233km

Correct answer is A

Length of an area = $\frac{\theta}{360}$ x 2 $\pi$ r

Longitude difference = 147 + 153 = 30N^oN

distance between xy = $\frac{\theta}{360}$ x 2 $\pi$ R cos60^o

= $\frac{300}{360}$ x 4 x 10⁴ x $\frac{1}{2}$

= 1.667 x 104km(1667 km)

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Two points X and Y both on latitude 60^oS have longitude147^oE and 153^oW respectively. Find to the nearest kilometer the distance between X and Y measured along the parallel of latitude(Take 2 $\pi$ R = 4 x 10⁴km, where R is the radius of the earth)

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Two points X and Y both on latitude 60oS have longitude147oE and 153oW respectively. Find to the nearest kilometer the distance between X and Y measured along the parallel of latitude(Take 2π\piR = 4 x 104km, where R is the radius of the earth)

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Two points X and Y both on latitude 60^oS have longitude147^oE and 153^oW respectively. Find to the nearest kilometer the distance between X and Y measured along the parallel of latitude(Take 2 $\pi$ R = 4 x 10⁴km, where R is the radius of the earth)