Sally started at the starting point.
She walked 10m forward. So far, she walked 10m, and she was 10m from the starting point.
Then she walked 5m backward. So far, she walked 15m, but she was only 5m from the starting point.
The distance she walked was 15m. But her displacement is how far she is from the starting point ... that's only 5m
Displacement = 5 meters
Distance = 15 meters
Displacement is 10m less than distance walked. <em>(B)</em>
===> If she kept going and walked <u><em>another </em></u>5m backward, she would be back where she started. The total distance she walked would be 20m, and her displacement would be zero !
Answer:
The sense of hearing is to the _temporal_______ lobes as the sense of touch is to the __parietal______lobes.
See the answer below
Explanation:
The brain has 4 lobes: temporal, parietal, occipital and frontal. The parietal lobe is between the frontal and occipital, processing sensory information received, including the sense of touch. The temporal lobe, found on each side of the brain, where the ears are, is the processing of memories and their integration with senses, including the ear.
The answer to this would be ocean floor
To start the control would be import to see how drivers would act with full focus on the road. The subjects should (in order for the only difference to be the phone) is to use the same vehicle same road same weather condition, just obviously one has the phone the other does not. I hope this helps
. The initial velocity of the monkey is zero, while the distance covered is S=40 m. Therefore, we can use the following relationship to find vf, the final velocity of the monkey:
