In a huge park, people are concentrated at three points (see Fig. 7.52): A : where there are different slides and swings for children, B : near which a man-made lake is situated, C : which is near to a large parking and exit. Where should a

In a huge park, people are concentrated at three points (see figure): A: where there are different slides and swings for children. B: near which a man-made lake is situated. C: which is near to a large parking and exit. Where should an ice cream parlour be set up so that maximum number of persons can approach it?

In a huge park, people are concentrated at three points A : where there are different slides and swings for children. B : near which a man-made lake is situated. C : which is near to a large parking and exit. Where should an icecream parlour be set up so that maximum number of persons can approach it ?

In a huge park, people are concentrated at three points. A: where there are different slides and swings for children. B: Near which a man-made lake is situated. C: which is near to a larger parking and exit. Where should an ice-cream parlour be set up so that maximum number of persons can approach it? (Hint: The parlour should be equidistant from A,B and C.)

In a park,people are concentrated at three points A,B,C, where A is where there are different slides and swings for children.B is near which a man made lake is situated.C is which is near to a parking and exist.An ice cream parlour equiding and exist.An ice C.then find ice cream parlour located.Justify.

In a huge park, people are concentrated at the points A: where there are difference slides for children B: near which a man-made lake is situated C: which is near to a large parking and each where should an icecream parlour be set up that maximum number of persons can approach it

In a children's park a heavy rod is pivoted at the centre and is made to rotate about the pivot so that the rod always remains horizontal. Two kids hold the rod near the ends and thus rotate with the rod figure. Let the mas of each kid be 15 kg, the distance between the points of the rod where the two kids hold it be 3.0 m and suppose that the rod rotates at the rate of 20 revolutions per minute. Find the force of friction exerted by the rod on one of the kids.

In a children's park a heavy rod is pivoted at the centre and is made to rotate about the pivot so tht the rod always remains horizontal. Two kids hold the rod near the ends and thus rotate with the rod figure. Let the mas of each kid be 15 kg, the distance betweent eh points of the rod where the two kids hold it be 3.0 m and supose that teh rod rotates at the rate of 20 revolutions per minute. Find the force of fircton exerted by te rod on one of the kids.

In a children's park a heavy rod is pivoted at the centre and is made to rotate about the pivot so that the rod always remains horizontal. Two kids hold the rod near the ends and thus rotate with the rod figure. Let the mas of each kid be 15 kg, the distance between the points of the rod where the two kids hold it be 3.0 m and suppose that the rod rotates at the rate of 20 revolutions per minute. Find the force of friction exerted by the rod on one of the kids.