Answer:
The larger object will have <u>smaller</u> acceleration that the less massive object.
Explanation:
Generally force is mathematically represented as
=>
at constant force we have
So if m is increasing a will be decreasing which means the object with the larger mass will have less acceleration
Answer: A neutral atom much have an equal number of protons and electrons if not it would not work.
Explanation: (Have a Pleasurable day mate.)
Answer:
1. They generally have poorer fuel efficiency and require more resources to manufacture than smaller vehicles, thus contributing more to climate change and environmental degradation. Their higher center of gravity increases their risk of rollovers.
2. Mid-sized cars and SUVs both have a fixed object fatality rate of 2.6/BVM. This is most likely because they have a similar mass and inertia. The force of the crash is likely to have about the same deceleration in both vehicles.
Explanation:
brainliest please
Answer: The speed reading would increase each second by 20m/s
Explanation:
Acceleration is the change in velocity per unit change in time.
Acceleration = velocity/time
∆v = a∆t
Given a = g = 20m/s/s (acceleration due to gravity)
∆t = 1 sec
∆v = 20m/s/s × 1s
∆v = 20m/s
Therefore, the speed reading would increase each second by 20m/s