Answer:
Throughout the text, Thoreau uses repetition, particularly parallel structure. Example:
"Simplify, simplify"
Explanation:
Thoreau tends to use embedded repetition to emphazise a point, as urging the readers to stop burying themselves in never-ending impossible tasks and simplify their lives with: "Simplicity, simplicity, simplicity!", or in paragraph 2: maybe creating a mantra-like urging, using also derivatives of words: "live, "life": Simplify, simplify".
Answer:
Limited decision making
Explanation:
Limited decision making -
It is a consumer decision making process , which is applied , when the consumer purchases some product that is very much familiar to them , but still require more information of the goods or services , in order to make the perfect decision , i.e. , which brand or model is best for them , is referred to as limited decision making.
Hence, from the given scenario of the question,
The correct term is limited decision making.
Answer:
Increase by $6,000
Explanation:
Calculation to determine the net operating income
Using this formula
Net operating income=Expected sales increase ×Contribution margin ratio-Fixed expenses
Let plug in the formula
Net operating income=$70,000 x 30% - $15,000
Net operating income=$21,000-$15,000
Net operating income=$6,000 increase
Therefore the net operating income will increase by $6,000
Originally,
Let x = the balance in the first account.
Let y = the balance in the second account.
The total amount in the two accounts is $9,000, therefore
x + y = 9000 (1)
Zack withdraws 10% of x and 60% of y for a total of $2,175.
Therefore
0.1x + 0.6y = 2175
or
x + 6y = 21750 (2)
Subtract (1) from (2).
x + 6y - (x + y) = 21750 - 9000
5y = 12750
y = 2550
From (1), obtain
x = 9000 - 2550 = 6450
The balance in the first account is
0.9*x = 0.9*6450 = $5,805
The remaining balance in the second account is
0.4*y = 0.4*2550 = $1,020
Answer:
The balance in the first account is $5,805
The balance in the second account is $1,020
Answer:
a. Alternate
Explanation:
Translocation is the process whereby two non-homologous chromosomes undergo mutation by exchanging their parts. This establishes new linkages in the chromosomes. Translocations occur during anaphase I of meiosis. There are two common types of segregations that occur during translocations; Adjacent-1 and Alternate segregations which both have equal chances of occurrence. A less common third one is Adjacent-2 segregation.
Adjacent-1 and Adjacent-2 segregation produces genetically incomplete gametes, therefore, the gametes are non-viable or sterile.
Alternate segregation on the other hand result in the formation of genetically complete gametes, therefore, the gametes produced are viable.
Only <em>alternate</em> segregation produces viable gametes and progeny, which also occurs in about half of meiosis and accounts for semi-sterility of translocation heterozygotes.