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I was wondering if the bearing is too tight, how would the initial of the ball be affected during a momentum collision? Would the actual velocity be larger/smaller?
The actual velocity can be either larger or smaller than the calculated velocity, depending on various factors such as measurement errors, external forces, and environmental conditions. The calculated velocity is an estimate based on the given data and assumptions, while the actual velocity takes into account all the real-world factors that may affect the object's motion.
To determine the actual velocity of an object, we can use various methods such as measuring the displacement and time, using high-speed cameras, or conducting experiments with known forces and conditions. It is essential to consider all possible factors that may affect the object's velocity to get an accurate measurement.
Yes, in some cases, the actual velocity can be the same as the calculated velocity. This is possible when there are no external forces acting on the object, and the measurement is precise and accurate. However, this is not always the case, and the actual velocity is usually different due to various factors affecting the object's motion.
Yes, the actual velocity of an object can change over time due to external forces, changes in environmental conditions, or the object's own acceleration. It is essential to continuously monitor and measure the velocity of an object to understand how it changes over time and what factors may be affecting it.
The actual velocity directly affects the object's motion, as it determines the object's speed and direction at any given time. Changes in the actual velocity can cause the object to accelerate, decelerate, or change direction, depending on the direction and magnitude of the change. Understanding the actual velocity is crucial in predicting and controlling an object's motion.