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as wecan see , they are moving to the rightSuraj M said:
velocity along the x direction . (circled part)werson tan said:
I want to ask A and the inlet firstSuraj M said:
so , the notes is wrong ? the velocity should add up ?Suraj M said:
what do yo you mean ? we want to find the resultant force , right ? So , the correct approach would be 12cos60 + 12 , right ? since they are both directed to the rightSuraj M said:
The force along the X-axis is different because it is directly influenced by any objects or forces acting in that direction. This means that any forces acting on an object along the X-axis will have a direct impact on its motion and velocity.
Understanding the force along the X-axis is crucial in many scientific fields such as physics, engineering, and biomechanics. It allows researchers to accurately predict the motion and behavior of objects in a particular direction, which is essential for many experiments and studies.
Some real-world applications of understanding the force along the X-axis include designing and building structures, analyzing the movement of objects in sports, and predicting the trajectory of projectiles in physics experiments.
The force along the X-axis can be measured using various instruments such as force gauges, force sensors, or strain gauges. These instruments can accurately measure the amount of force acting in a particular direction.
Yes, the force along the X-axis can be negative. This means that the force is acting in the opposite direction of the X-axis, which can result in a decrease in the object's velocity or even a change in its direction of motion.
