"Well, to tell you the truth, I was real upset for a while there. But my papa told me it don't do no good sitting around being mad. Then I seen how things was. I mean, I should've seen it all along. After all, I'm who I am and you're who you are." Lillian Jean looked at me with astonishment that I could see the matter so clearly. "Well, I'm glad you finally learned the way of things."

"Oh, I did," I piped readily. "The way I see it – here, let me take them books for you, Miz Lillian Jean – the way I see it, we all gotta do what we gotta do. And that's what I'm gonna do from now on. Just what I gotta."

—Roll of Thunder, Hear My Cry,
Mildred D. Taylor

How does this scene motivate Cassie?

It makes her angry that Lillian Jean thinks she is apologizing.
It makes her astonished about Lillian Jean’s behavior in Strawberry.
It makes her sad that she and Lillian Jean cannot be friends.

i love romeo and xo

it is a!

not b because i don't see how this would make them look dangerous..

not c because that just doesn't make sense..

and not d because this too doesn't make sense, it does not really put the audience on edge in my opinion.

a makes the most sense, romeo's statement that in staying to speak to juliet he is risking his life, leads the audience to worry about his safety. obviously if he says that if he stays, he will be at risk, so of course this makes the audience worry for his safety!

answer is a) romeo's statement that in staying to speak to juliet he is risking his life, leads the audience to worry about his safety.

its specific purpose is to sell a product to people .

can i get brainliest!

a lot to the other person they me out big

the boy's acceleration toward the girl is 2.08 m/s^2.

explanation:

according the newton's third law, the force causing the girl accelerate towards the boy will be me with equal counter-force causing the boy to accelerate towards the girl. these forces will be of equal magnitude and allows us to determine the boy's acceleration:

the boy's acceleration toward the girl is 2.08 m/s^2.