Which is the most accurate summary of the excerpt?
A. Dr. Jekyll is annoyed that he has to answer questions about his will.
B. Mr. Utterson is deeply concerned about the will that he is handling.
C. Dr. Jekyll and Mr. Utterson argue about Jekyll's will and Mr. Hyde.
D. Dr. Jekyll and Mr. Utterson have a conversation about Mr. Hyde.
Answer:
C. Dr. Jekyll and Mr. Utterson argue about Jekyll's will and Mr. Hyde.
Explanation:
According to the excerpt from The Strange Case of Dr. Jekyll and Mr. Hyde, Mr Utterson is unhappy with Dr Jekyll's will and tells him so, of which Dr Jekyll let's him know that he doesn't care and he believed they agreed not to discuss the matter again.
Mr Utterson replies that he's been hearing abominable things about young Hyde which were not savory and Dr Jekyll replies that it makes no difference because Mr Utterson doesn't understand his position.
Therefore, the most accurate summary of this excerpt is C. Dr. Jekyll and Mr. Utterson argue about Jekyll's will and Mr. Hyde.
D. Bilbo fears all Wargs because they are allies of the goblins. He is assuming that every Warg is out to get them because they are not aligned with the goblins and the Wargs are.
Answer:
The third One it uses an action tag
Answer:
There are multiple different answers depending on context, but in context with brainly, I assume they're talking about Edge nuity. Edge is a shortened way to say it and it's basically online school. Many people come here from Edge nuity to brainly to look for answers to questions they don't know.
Explanation:
I had to space out the word because brainly won't accept Edge nuity together. It just puts it as an inappropriate word
*insert amount of money* plus *insert amount of money* would equal a total amount of money.
and apple plus and apple equals 2 apples.
they are similar because you can add them, and you are able to count money and you can count apples.
they are different because you can't add them together. (ex. 1 apple + 1 dollar = 1 apple and 1 dollar)
If an apple costs $2 dollars and you want two of them... 1 apple ($2) + 1 apple ($2) = 2 apples ($6).. they are both separate numbers but can be counted, but not together.
