Ranbeer runs 10 km due North and 24 km due West. The distance between his two position is: 1. 34 km 2. 17 km 3. 26 km 4. none of these

Starting from point A, Ranbeer runs 10 km due north and reached at point B then 24 km due west, ending at point C. According to Pythagoras Theorem, in a right-angled triangle, the square of the length of the hypotenuse is equal to the sum of the squares of the lengths of the other two sides. ⇒ Hypotenuse2 = Base2 + Height2 In triangle ABC, ⇒ AC2 = AB2 + BC2 ⇒ AC2 = 102 + 242 ⇒ AC2 = 100 + 576 ⇒ AC2 = 676 ⇒ AC = ⇒ AC = 26 km. Hence, option 3 is the correct option.

In the following figure, OP, OQ and OR are drawn perpendiculars to the sides BC, CA and AB respectively of triangle ABC. Prove that :
AR² + BP² + CQ² = AQ² + CP² + BR².

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Angle AOB is:
60°
90°
45°
none of these

View Answer Bookmark Now

Angle AOB is:
60°
90°
45°
none of these

View Answer Bookmark Now

Mathematics

Ranbeer runs 10 km due North and 24 km due West. The distance between his two position is:
34 km
17 km
26 km
none of these

Pythagoras Theorem

Related Questions

In the following figure, OP, OQ and OR are drawn perpendiculars to the sides BC, CA and AB respectively of triangle ABC. Prove that :
AR² + BP² + CQ² = AQ² + CP² + BR².

Angle AOB is:
60°
90°
45°
none of these

Angle AOB is:
60°
90°
45°
none of these

Mathematics

Ranbeer runs 10 km due North and 24 km due West. The distance between his two position is:34 km17 km26 kmnone of these

Pythagoras Theorem

Related Questions

In the following figure, OP, OQ and OR are drawn perpendiculars to the sides BC, CA and AB respectively of triangle ABC. Prove that :AR2 + BP2 + CQ2 = AQ2 + CP2 + BR2.

Angle AOB is:60°90°45°none of these

Angle AOB is:60°90°45°none of these

Ranbeer runs 10 km due North and 24 km due West. The distance between his two position is:
34 km
17 km
26 km
none of these

In the following figure, OP, OQ and OR are drawn perpendiculars to the sides BC, CA and AB respectively of triangle ABC. Prove that :
AR² + BP² + CQ² = AQ² + CP² + BR².

Angle AOB is:
60°
90°
45°
none of these

Angle AOB is:
60°
90°
45°
none of these