Answer:
The company's debt ratio at the end of the current year is 66%
Explanation:
For computing the debt ratio, we need to apply the formula which is shown below:
Debt ratio = (Total liabilities) ÷ (total assets) × 100
= ($182,200 ÷ $276,000) × 100
= 66%
The other information which are given in the question is of no use. That's why we do not consider it. Hence, ignored it.
An example is clothes. A younger teenager might want to show more skin and want all the cool new styles but older people generally just want to wear comfortable durable clothes. I hope that helps
Answer:
On January 1st, the $3,000 could buy 10,000 Swiss francs (3,000/0.3).
On June 1st, the $3,000 would buy 7,500 Swiss francs (3,000/0.4).
Explanation:
On January 1st, each Swiss francs could only purchase $0.30 while on June 1st, each Swiss francs could purchase $0.40.
These show that the Swiss francs had appreciated in value relative to the US Dollars with a positive change of 33%. Therefore, the dollar had weakened against the Swiss francs by the same rate.
As Marshall observed, "Statistics are the straw out of which I, like every other economist, have to create bricks," this statement does definitely illustrate the significance and relevance of statistics in economics.
The economy is one of the most important aspects of our lives. Professionals in the financial sector frequently use it. However, economics without statistics is useless. We will offer statistics on economics with you in this blog. In economics, various statistics in economics are employed. You can reveal those economic information with the aid of this blog. But first, let's look at what statistics mean in the context of economics.
The quantification of data is handled by statistics. The qualitative data that is used in the data collection was represented using a variety of figures. The methodology used to deal with data collection, tabulation, classification, and presentation is known as statistics in economics.
Learn more about statistics in economics here
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Answer:
8.53 years
Explanation:
Calculation for the duration of the bond
The first step is to calculate for Change in Bond Price
Change in Bond Price = -(30)/1,170
Change in Bond Price = -0.0256×100
Change in Bond Price =-2.56%
Second step is to find the Effective Duration
Effective duration = -0.0256/0.0030
Effective Duration = 8.53 years
Therefore the duration of this bond will be 8.53 years
