If the standard deviation is 20.98%. The range you should expect to see with a 95 percent probability is: -31.02 percent to +52.9 percent.
<h3>Expected range of return </h3>
Expected range of return = 10.94 percent ± 2(20.98 percent)
Expected range of return =[10.94 percent- 2(20.98 percent)]; [10.94 percent + 2(20.98 percent)]
Expected range of return =(10.94 percent- 41.96 percent); (10.94 percent + 41.96 percent
Expected range of return = -31.02 percent to +52.9 percent
Inconclusion the range of returns is: -31.02 percent to +52.9 percent.
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No. They are not the same.
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<span>Sami must get involved in communicating between departments. He needs to set meetings so they can reach a joint goal and plan to get there. He needs to foster teamwork.</span>
Answer and Explanation:
The journal entry to record the issuance of the bonds is shown below:
Cash Dr ($8,000,000 × 1.03) $8,240,000
To Bond payable $8,000,000
To Premium on bond payable $240,000
(Being issuance of the bond is recorded)
Here cash is debited as it increased the asset and credited the bond payable and the premium on bond payable as it increased the liabilities
Hence, the same is to be considered
The total amount of carbon fixed into organic matter through photosynthesis (or chemosynthesis) in a given unit of time is known as Gross primary production.
<h3>What is Gross primary productivity?</h3>
Gross productivity generally is the rate of energy capture.
Net efficiency is lower: its net efficiency is balanced for the vitality utilized by the living beings in respiration/metabolism, so it reflects the sum of vitality put away as biomass.
The whole vitality settled by plants (autotrophs) in a community through photosynthesis is alluded to as net essential efficiency (GPP).
Since all the vitality settled by the plant is changed over into sugar, it is hypothetically conceivable to decide a plant’s vitality take-up by measuring the sum of sugar delivered.
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