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What do you think? What's the definition of center of mass?gazing600000 said:How do you find the centre of gravity ?
That's true. Another way to define it is as the average location of the mass in an object.gazing600000 said:Well The centre of Gravity I believe is the point of which all of the weight of the object acts upon.
Did you read the link I gave?gazing600000 said:Yes but how would you solve the question then
Well, what do you think?gazing600000 said:Find the centre of gravity or mass of these objects
The centre of gravity is the point at which the entire weight of an object appears to act. It is the point where the mass of an object is evenly distributed, and any force acting on the object will be balanced around this point.
The centre of gravity can be determined by finding the point at which the weight of an object is evenly distributed on all sides. This can be done by balancing the object on a pivot or by using mathematical formulas to calculate the distribution of weight.
The centre of gravity is important because it affects the stability and balance of an object. If an object's centre of gravity is too high, it will be more prone to tipping over. Understanding the centre of gravity is crucial in designing and engineering structures and vehicles to ensure their stability.
The centre of gravity and the centre of mass are often used interchangeably, but they are slightly different. The centre of gravity is the point at which the weight of an object is evenly distributed, while the centre of mass is the average location of all the mass in an object. In most cases, the two points are close to each other and can be considered the same.
Yes, the centre of gravity can change depending on the positioning of an object. If an object is tilted, rotated, or has weight added or removed from one side, the centre of gravity will shift accordingly. This is important to consider in situations where balance and stability are crucial, such as in sports or engineering.