A mini bus traveled 60 kph when it will
It is slowing down. The bus is not picking up speed--accelerating--and its speed isn't zero, as it is not completely stopped. ------------------------------------------------------------------------------------------------------------ The above answer is incorrect as slowing down indicates a negative acceleration not a zero one. The correct answer is that the bus is at a constant speed - any constant speed.
A bus doesn't have legs. A bus has wheels.
The answer will depend on whether it is a bus on a congested urban road or a bus on an intercity motorway.
explain bus incidence matrix.
Some people that get on a bus get motion sickness. Some people are fine while riding.
because in the bus we are in motion and as soon as we move out there is sudden jerk because of inertia of motion.
The boy will fall in the direction of the bus's motion due to inertia. As the bus moves forward, the boy's inertia will keep him moving in the same direction until gravity pulls him back down.
Inertia of Motion
The dashes on a bus timetable indicate that the bus does not arrive at that specific stop at a certain time of day.
Yes, a bus in motion possesses kinetic energy due to its movement. Kinetic energy is the energy an object possesses due to its motion, and in the case of a bus, it is moving so it has kinetic energy.
No, an object cannot be at rest and in a state of motion at the same time, as it would violate the laws of physics. An object can only be at rest or in motion at any given moment, according to the laws of inertia.
When a bus starts moving forward, the inertia of the body tends to resist this change in motion. As a result, the body leans backward in reaction to the bus acceleration before adjusting to the new motion.
A bus typically moves in a forward motion, propelled by its engine and driven by a driver. It can also make turns, stops, and accelerations as it navigates through traffic and follows its route.
Inertia. A body in motion will remain in motion unless acted upon by an outside force. The motion of the bus is stopped by the brakes. The person inside keeps moving as it is not being braked.
A bus in a hilly area would typically have a combination of translational motion (forward/backward movement) as it travels along the road and rotational motion (due to changes in elevation) as it navigates the ups and downs of the terrain.
Stop behind the bus until the bus resumes motion or the signal and flashing lightsare no longer displayed. :D