How to Bowl Bouncers with Wrist Power

Number of wrist bones is

Number of wrist bones is

A hemispherical bowl of uniform mass distribution of mass ‘M’ is at rest on frictionless horizontal ground sur- face. There is a small insect of mass 'm' on bowl at point ‘A’ of the bowl at rest. Now the insect moves with constant speed ‘v’ relative to bowl in vertical plane. Assume that insect does not slip on the bowl. When insect at point ‘P’ on the bowl the displacement of centre of mass of the system (bowl + insect) is :

A hemispherical bowl of uniform mass distribution of mass ‘M’ is at rest on frictionless horizontal ground sur- face. There is a small insect of mass 'm' on bowl at point ‘A’ of the bowl at rest. Now the insect moves with constant speed ‘v’ relative to bowl in vertical plane. Assume that insect does not slip on the bowl. When the insect is at point ‘P’ of the hemispherical bowl the acceleration of bowl is :

Another name for the wrist bones is

Hand : Wrist : : ?

? : Knee : : Wrist : Elbow

Number of wrist watches manufactured by a factory in six days of a particular week is given below. Read the bar graph and answer the following questions. How many wrist watches were manufactured on Tuesday ?

If the coefficient of friction between an insect and bowl is mu and the radius of the bowl is r, find the maximum height to which the insect can crawl in the bowl.