Answer and Explanation:
The computation is shown below:
It is given that Ramon would completed an essay question in approx 15 minutes and for graphing question it finished approx 30 minutes
On the other hand Sammy would completed an essay question in approx 20 minutes and for graphing question it finished approx 35 minutes
a) Ramon's opportunity cost of completing an essay question is
= 15 ÷30
= 0.5 graphing question
b) Ramon's opportunity cost of completing a graphing question is
= 30 ÷ 15
= 2 essay question
c) Sammy's opportunity cost of completing an essay question is
= 20 ÷ 35
= 0.57 graphing question
d) Sammy's opportunity cost of completing a graphing question is
= 35 ÷ 20
= 1.75 essay question
Answer: A
Explanation: I took the test and they also in the reading thingy.
Mary Pickersgill and her daughter Caroline sew the American flag, which measured 30 by 42 feet. That flag flew over Fort McHenry during the War of 1812 ( or the Second War of Independence ). Mary, her daughter Caroline, her 2 nieces and a servant girl cut the stars and stripes, all by hand ( it was before the invention of the sew machine ). That flag inspired Francis Scott Key to write a poem " Defence of Fort M`Henry ". The combination of Key`s poem and Smith`s music became known as a song "The Star-Spangled Banner". This song was adopted as a national anthem of the United States in 1931. Answer: Mary Pickersgill.
Answer:
B. $1,989.75
Explanation:
Cost of option (C) = $510.25
Option selling price (Po) = $85 per share
Share price when selling (Ps) = $60 per share
Number of shares (n) = 100 shares
Since the option allows you to sell shares that are valued at $60 for at $85 each, by selling 100 shares, your total earnings are:
To find the pre-tax net profit (P), subtract the amount paid for the options from your earnings:
The correct product of the transformation derives from the process of alpha halogenation after which there is and E2 elimination. See the attached.
<h3>What is Alpha Halogenation?</h3>
A useful reaction to add leaving groups at the alpha position for subsequent substitution or elimination reactions is alpha halogenation.
Alpha halogenation can occur in basic or acidic environments. See Step I and Step II of the halogenation process attached.
<h3>What are the types of halogenation?</h3>
Halogenation reactions may be divided into two categories:
- (A) substitution processes, in which the halogen replaces another atom in the molecule, such as when ethane is chlorinated, and
- (B) addition reactions, in which the halogen combines with an unsaturated molecule.
Learn more about alpha halogenation:
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