Answer:
-0.11% a year
Explanation:
Susan's real interest rate is the nominal rate of her investment subtracted by the percentage increase in CPI.
The percentage increase in CPI for 2005 was:
Therefore, Susan's real interest rate (i) was:
Your body uses minerals for many different jobs, including building bones
making hormones regulating your heartbeat
Hormones are molecules that are created and released by specific glands to regulate and govern the functioning of particular cells and organs. The term "endocrine glands" refers to these specific glands.
Hormones are chemicals that, as was already mentioned, effectively serve as the body's messengers. Specialized glands called endocrine glands release these substances. Hormones all over the body, these endocrine glands are located. These messengers regulate a variety of physiological processes as well as psychological wellbeing. In preserving the body's homeostasis, they play a significant role.
Protein hormones are soluble in water and made of amino acids. Since the cell membrane is made up of a phospholipid bilayer that prevents any fat-insoluble molecules from diffusing into the cell, peptide hormones cannot flow through it.
Learn more about Hormones here
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I think D I’m not sure sorry that’s all I can do
His study had a high level of <em>replicability.</em>
Replicability is, in psychology and other experiments, the ability for the study to consistently produce the same results when conducted multiple times with the exact same procedure. If Kevin was able to conduct his experiment and Malcolm was also able to follow the same procedure and find the same results, then his study is highly replicable.
Answer:
b)
Annual Depreciation expense= $58,800
Explanation:
<em>According to International Accounting standards(IAS) 16 property plan and equipment (PPE), the cost of an asset is the purchase cost plus other costs of bringing it to the intended working conditions.</em>
So we will add the purchase cost to installation , freight charges.
Cost of assets = 300,000 + 14,000 + 40,000 =$354,000
Annual depreciation = (Cost - Scrap Value)/ Number of years
= (354,000 - 60,000)/5
=$58,800
Annual Depreciation expense= $58,800
