The answer to this question is A. Truculence.
The journal entry to record this transaction consists of a: debit of the purchases account for $21400 and credit the accounts payable account for $21400
<h3>How to enter a transaction in a journal?</h3>
We are told that a company purchased $21,400 of supplies on credit.
Now, it is vital to note that in a journal, there is the credit column and also the debit column.
Now, the way we carry out recording the Journal Entry for a Credit Purchase is that;
When a business purchases goods or services on credit, the business will then debit the purchases account, which will increase the business’s assets.
The business will also credit the accounts payable account, which will increase the business’s liabilities.
Thus;
The journal entry to record this transaction consists of a: debit of the purchases account for $21400 and credit the accounts payable account for $21400
Read more about Journal Entry at; brainly.com/question/14279491
#SPJ1
Time Series analysis can be useful to see how a given asset, security or economic variable changes over time. Examples of time series are heights of ocean tides, counts of sunspots, and the daily closing value of the Dow Jones Industrial Average.
The pair two numbers whose difference is 14 and the product is as small as possible (i.e. -49) are (-7,7)
<h3>What are word problems?</h3>
In mathematical concepts, word problems involve a crucial understanding of the problem and knowing which mathematical method and arithmetic operations are best suited to solving the problem.
If we assume that the smaller number should be = a and the larger number = a + 14.
Thus, their product (X) can be expressed as:
= a(a+14)
= a² + 14a
The smallest possible value implies the minimum value, i.e.
Thus,
2a + 14 = 0
a = - 14/2
a = -7
Therefore, we can conclude that the pair of two numbers whose difference is 14 and the product is as small as possible (i.e. -49) is (-7,7).
Learn more about word problems here:
brainly.com/question/21405634
Answer:
9.8 m.s^-2
Explanation:
The ball starts from rest which is the initial velocity and the final velocity is 14.7 m/s. So, first take the final velocity and subtract it with the initial velocity over the time and write your answer in meters per square second.
