“The old truck messily rumbled down the deserted street.”
Black people in a little community on the other side of the Day Street Bridge had to walk across the bridge, about half a mile, to get to the bus. Mr. Nixon went down to the bus company to protest. He was always going down to the bus company to protest; sometimes he went by himself, sometimes he took someone with him. He himself did not ride the buses—he had his own car; but he was acting on behalf of the community. The bus company told him that as long as the people were willing to walk the half mile and then pay to ride the rest of the way downtown, they had no need to extend the bus line. Which correctly describes a cause-and-effect relationship in this excerpt?
Answer:
The answer is:
Cause: People had to walk across a bridge to catch the bus.
Effect: Mr. Nixon protested to the bus company.
Explanation:
A "cause-and-effect" relationship<u> </u><u>describes the connection between events/situations. It shows how one action/event leads to another action/event. </u>
A "cause" <u>refers to the action/event that led to another action/event.</u> This is the reason why the other action/event occurred.
An "effect"<u> refers to the action/event that happened as a result of the "cause."</u> This is the outcome of the taken action or the event that happened.
So, in the situation above. <em>Mr. Nixon protested to the bus company because the people had to walk across a bridge to catch the bus.</em> He wanted to let the bus company know on behalf of the community. He did this in order to cause a change.
Thus, this explains the answer.
Of authority or an office, or someone holding it) superior to all others.
"a unified force with a supreme commander"
synonyms: highest-ranking, chief, head, top, foremost, principal, superior, premier, first, prime;
Hey there!
Have you ever heard of the movie Hidden Figures?
It was about a group of women in times where they were denied a lot of things because of their gender. However, they took a stand, got into NASA, and were a huge part in the math needed to send astronaut John Glenn to space.
Hope this helps!
