apna in sanskrit

This interesting target sport illustrates another good example of mechanical energy and the work done by the object possessing it. The bowling ball consists of some amount of energy in the form of kinetic energy as soon as it starts rolling towards the target. Due to this energy, the ball has the ability to do work on the pins. When the ball hits those target pins, it (ball) applies force (in the form of mechanical energy) and displaces them, hence, causing work to be done. Therefore, here also, we can say that mechanical energy gave the bowling ball the ability to do work on the pins that caused their displacementWindmills are the structures that convert wind energy into electrical energy and this energy is then supplied to our homes. But from where does this energy in the wind comes and moves the large blades of a windmill? Windmills run on the principle of mechanical energy and work. Moving air (wind) possesses some amount of energy in the form of kinetic energy (due to motion). This energy gives the air the ability to do work on the blades of the fan. The moving air applies force on the blades and enables the work to be done, hence, resulting in their rotation. Therefore, the mechanical energy gave wind the ability to do work on the blades of the fan.Windmills are the structures that convert wind energy into electrical energy and this energy is then supplied to our homes. But from where does this energy in the wind comes and moves the large blades of a windmill? Windmills run on the principle of mechanical energy and work. Moving air (wind) possesses some amount of energy in the form of kinetic energy (due to motion). This energy gives the air the ability to do work on the blades of the fan. The moving air applies force on the blades and enables the work to be done, hence, resulting in their rotation. Therefore, the mechanical energy gave wind the ability to do work on the blades of the fan.dart gun is another example of mechanical energy observed in everyday life. A dart gun works on the principle of elastic potential energy. The spring used in the dart guns consists of stored elastic potential energy. When a dart gun is loaded, it causes the spring to compress. At that moment, the dart gun consists of elastic potential energy. Due to this energy, the spring is able to apply force on the dart and does work, i.e., displacement of the dart.dart gun is another example of mechanical energy observed in everyday life. A dart gun works on the principle of elastic potential energy. The spring used in the dart guns consists of stored elastic potential energy. When a dart gun is loaded, it causes the spring to compress. At that moment, the dart gun consists of elastic potential energy. Due to this energy, the spring is able to apply force on the dart and does work, i.e., displacement of the dart.dart gun is another example of mechanical energy observed in everyday life. A dart gun works on the principle of elastic potential energy. The spring used in the dart guns consists of stored elastic potential energy. When a dart gun is loaded, it causes the spring to compress. At that moment, the dart gun consists of elastic potential energy. Due to this energy, the spring is able to apply force on the dart and does work, i.e., displacement of the dart.dart gun is another example of mechanical energy observed in everyday life. A dart gun works on the principle of elastic potential energy. The spring used in the dart guns consists of stored elastic potential energy. When a dart gun is loaded, it causes the spring to compress. At that moment, the dart gun consists of elastic potential energy. Due to this energy, the spring is able to apply force on the dart and does work, i.e., displacement of the dart.dart gun is another example of mechanical energy observed in everyday life. A dart gun works on the principle of elastic potential energy. The spring used in the dart guns consists of stored elastic potential energy. When a dart gun is loaded, it causes the spring to compress. At that moment, the dart gun consists of elastic potential energy. Due to this energy, the spring is able to apply force on the dart and does work, i.e., displacement of the dart.dart gun is another example of mechanical energy observed in everyday life. A dart gun works on the principle of elastic potential energy. The spring used in the dart guns consists of stored elastic potential energy. When a dart gun is loaded, it causes the spring to compress. At that moment, the dart gun consists of elastic potential energy. Due to this energy, the spring is able to apply force on the dart and does work, i.e., displacement of the dart.Windmills are the structures that convert wind energy into electrical energy and this energy is then supplied to our homes. But from where does this energy in the wind comes and moves the large blades of a windmill? Windmills run on the principle of mechanical energy and work. Moving air (wind) possesses some amount of energy in the form of kinetic energy (due to motion). This energy gives the air the ability to do work on the blades of the fan. The moving air applies force on the blades and enables the work to be done, hence, resulting in their rotation. Therefore, the mechanical energy gave wind the ability to do work on the blades of the fan.Windmills are the structures that convert wind energy into electrical energy and this energy is then supplied to our homes. But from where does this energy in the wind comes and moves the large blades of a windmill? Windmills run on the principle of mechanical energy and work. Moving air (wind) possesses some amount of energy in the form of kinetic energy (due to motion). This energy gives the air the ability to do work on the blades of the fan. The moving air applies force on the blades and enables the work to be done, hence, resulting in their rotation. Therefore, the mechanical energy gave wind the ability to do work on the blades of the fan.Windmills are the structures that convert wind energy into electrical energy and this energy is then supplied to our homes. But from where does this energy in the wind comes and moves the large blades of a windmill? Windmills run on the principle of mechanical energy and work. Moving air (wind) possesses some amount of energy in the form of kinetic energy (due to motion). This energy gives the air the ability to do work on the blades of the fan. The moving air applies force on the blades and enables the work to be done, hence, resulting in their rotation. Therefore, the mechanical energy gave wind the ability to do work on the blades of the fan.This interesting target sport illustrates another good example of mechanical energy and the work done by the object possessing it. The bowling ball consists of some amount of energy in the form of kinetic energy as soon as it starts rolling towards the target. Due to this energy, the ball has the ability to do work on the pins. When the ball hits those target pins, it (ball) applies force (in the form of mechanical energy) and displaces them, hence, causing work to be done. Therefore, here also, we can say that mechanical energy gave the bowling ball the ability to do work on the pins that caused their displacement