LowlyPion said:Start with how many m/s the car is going.
lauriecherie said:Ok so that is 21.94 m/s right? I don't know what to do with this info! I am so lost!
The formula for calculating relative motion is: velocity of object A - velocity of object B = relative velocity.
The snow falling angle at 6.9 m/s and 79 km/h is calculated using the formula: angle = arctan (vertical velocity/horizontal velocity).
Relative motion is important in scientific research because it allows us to understand the movement and interactions of objects in relation to each other, rather than just their individual movements. This can help us understand complex systems and phenomena.
The speed of an object affects its relative motion because it determines the magnitude of its velocity and therefore its relative velocity with other objects. Higher speeds can result in larger relative velocities and more noticeable effects of relative motion.
Yes, relative motion can be applied to non-physical systems such as economic or social systems. In these cases, the concept of relative motion can help us understand the relationships and interactions between different elements in the system.