1. Sarah studies morphology
2. Aaron studies phonetics
3. Kara studies linguistics
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The phrase “A glooming peace this morning with it brings. The sun for sorrow will not show his head. ” it is spoken by the prince at the end of "Romeu e J *", after all the deaths caused directly or indirectly, by the enmity of the Capuleto and Monteschio families.
After the death of the two young people, the families showed how the enmity between them was malefic and ended up affecting the lives of those who just wanted to love, they then decide to end this enmity and make peace, in the name of those who are gone. The prince then affirms that that morning, it sealed peace between the families, but it was a dark, sad and melancholy peace, since it was necessary for a tragedy to happen for it to be sealed. This peace was so sad, that not even the sun celebrated it, but it hid, leaving the cold climate and showing the sadness in the hearts of the characters.
Answer:
When I said hello, they seemed pretty confused. One of them gave me this weird looking drink, and as the good person I am, I accepted it and drank it. The next thing I know, I'm on a color changing dance floor.
I was busting moves I didn't know I even had. Later, this strange alien invited me to see through the window of the main deck. I saw uranus, and it wasn't pretty. I also saw the impressive sight of planet earth.
Explanation:
In a nutshell, Uriel is a fictional planet in Madeleine L'Engle's sci-fi/fantasy book A Wrinkle in Time… 'the third planet of the star Malak in the spiral nebula Messier 101,' to quote the book exactly. It is a beautiful and peaceful planet, inhabited by beautiful and peaceful creatures.
On the way to rescue Dr. Murry, Meg, Charles Wallace, and Calvin make a pit stop on Uriel. The purpose for this pit stop, according to Mrs. Whatsit, is 'more or less to catch our breaths. And to give you (the children) a chance to know what you're up against.'
To fully understand this planet and its role in the story, a little background knowledge is important.
The answer is C. The circumference is found by multiplying Pi by the radius
