This question is about the phrase "Like animals escaped from their caves".
This phrase refers to the impact of sun on children. Children are innocent and they want to enjoy their life. They do not have worries of life.
They are free from stress. If weather is rainy or snowy it may hinder children from going out.
Children will have to stay inside their house due to bad weather conditions so they will loose their creativity.
The Phrase "Like animals escaped from their caves" means sun will compliment children to play and go outside.
The correct answer is B. The sun makes the children feel free.
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Answer:
a. We have:
Interest cost of long-term fixed-rate = $191,475
Interest cost of short-term variable-rate = $192,51
b. Long-term fixed rate plan is less costly
Explanation:
a. Determine the total interest cost under each plan.
Interest cost of long-term fixed-rate = Amount required to be borrowed * Fixed interest rate per year * Number of years = $690,000 * 9.25% * 3 = $191,475
Interest cost of short-term variable-rate = (Amount required to be borrowed * First year interest rate) + (Amount required to be borrowed * Second year interest rate) + (Amount required to be borrowed * Third year interest rate) = ($690,000 * 7.50%) + ($690,000 * 12.15%) + (($690,000 * 8.25%) = $192,510
b. Which plan is less costly?
Since the $191,475 interest cost of long-term fixed-rate is less than $192,510 interest cost of short-term variable-rate, this implies that long-term fixed rate plan is less costly.
<span>data inconsistency
Let's look at the available options and see what makes or does not make sense.
data normalization
* Data normalization is the process of having each piece of data in the database entered only once. If you need the same data element multiple times, you put the data element into a table and each time you need that element, you make a reference to that table which holds the only copy of that piece of data. This process is used to simplify making changes to that data element. If the element changes, you make the change to a single piece of data in the database and that change is reflected everywhere else in the database that uses that element. That's not the issue with this problem, so it's a bad choice.
data accuracy
* Close, but not quite. The data in the database is accurate and does have the correct address and a correct variant of the person's name. So this isn't the right choice either.
data redundancy
* This is a problem that addressed by data normalization. And just like data normalization doesn't address this question's problem, neither does this address it. So another bad choice.
data inconsistency
* BINGO! The root issue is that minor variations in the format of a name result in what the database considers to be an unique name. And hence an unique person. This is the correct choice.
data duplication
* Another name for redundancy. So another bad choice.</span>
Anton feels he needs to continue his relationship with his wife because if they broke up, it would be very costly for him financially and damage his business. Anton is showing <u>Constraint commitment</u>.
The desire to be together in the future—to have a lengthy time horizon for a relationship—is a key component of commitment.
Long-term relationship commitment has a significant impact on people's relationship behaviors, encouraging them to act in the couple's best interests rather than their own immediate self-interest.
One of the major advantages of taking a long-term perspective in partnerships like marriage is that the connection is assessed based on a longer time frame rather than just what is happening right now.
A here-and-now perspective would place a lot of pressure on the present exchange of positives and negatives as the basis for judging the relationship because few relationships are consistently gratifying.
To learn more about Constraint Commitment here
brainly.com/question/17156848
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Hi there! I believe the answer is his monthly paycheque is $1,874.
First, we want to find how much he made just over those six months, so we subtract his starting number (1,240) from his total, giving us 11,244.
Now we can divide the amount he made (11,244) by the amount of months he made it over (6) to give us his monthly amount.
11,244 / 6 gives us 1,874, so $1,874 is the amount of his monthly paycheque.
Hope this helps :)
