A group of creatures that are extremely rare, scarce, or infrequently encountered is referred to as a rare species.
Even though extinctions happen naturally, the pace of plant and animal extinctions today is substantially higher than it was previously. The main factor contributing to greater extinction rates is habitat loss.
The introduction of harmful nonnative species, pollution, disease transmission, and habitat changes are some additional causes. Overexploitation of wildlife for commercial gain is another. Species that are in risk of going extinct include those plants and animals that have become so scarce.
Animals and plants that are threatened with extinction across all or a sizable portion of their range are those that are very likely to do so in the near future. The most species are in danger from overuse of natural resources, such as overfishing, overhunting, and deforestation of forests. The extension of land for agriculture, cattle, wood, and aquaculture is another significant industry in the world.
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Answer:
The correct answer for future value if first payment occur today is $449,645.24 and if first payment occur at the end of year is $408,761.13.
Explanation:
According to the scenario, the given data are as follows:
Payment (pmt) = $7,990
Rate of interest (r) = 10%
Time (n) = 19 years
So, we can calculate the future value by using following formula:
Future Value ( if payment occurs today) :
FV = Pmt (((1+r)^n - 1) ÷ r) x (1+r)
By putting the value:
= $7,990 ((( 1+ 0.10)^19 -1) ÷ .10) × ( 1 + 0.10)
= $7,990 ( 51.16) × ( 1.10)
= $449,645.24
Future Value ( if payment occurs at the end of year):
FV = Pmt x ((1+r)^n -1)) ÷ r)
= $7,990 ((1 + 0.10)^19 -1) ÷ 0.10)
= $7,990 × 51.16
= $408,761.13
Answer:
Annual depreciation (year 1)= $1,400
Explanation:
Giving the following information:
Buying price= $36,000.
Useful units= 300,000 units of product.
Salvage value= $6,000
During its first year, the machine produces 14,000 units of product.
To calculate the depreciation expense for the first year under the units of production method, we need to use the following formula:
Annual depreciation= [(original cost - salvage value)/useful life of production in units]*units produced
Annual depreciation= [(36,000 - 6,000)/300,000]*14,000
Annual depreciation= 0.1*14,000= $1,400
Answer:
The correct answer is A
Explanation:
The formula to compute the present value interest factor using excel is as:
= 1/(1+r)^ n
where
r is the rate
n is number of years
So, in case of A,
The present value interest factor is:
= 1/(1+0.06)^5
= 0.74725
In case of B,
The present value interest factor is:
= 1/(1+0.06)^8
= 0.62741
In case of C,
The present value interest factor is:
= 1/(1+0.06)^10
= 0.55839
In case of D,
The present value interest factor is:
= 1/(1+0.08)^5
= 0.68058
In case of E,
The present value interest factor is:
= 1/(1+0.08)^10
= 0.46319
Therefore, it is highest in option A.
Answer:
C. Deductible.
Explanation:
Variable universal life insurance is insurance that provides permanent insurance coverage as whole life does; however the policyholder, not the insurance company, takes on the investment risk.
A Variable universal life insurance is a type of permanent life insurance policy which avails the holder the opportunity of investing the cash component of the plan (policy) for a much greater returns and as such the investment risk associated with the policy lies completely on the policy holder and not the insurance company.
Additionally, a group life insurance policy can be defined as a single contract plan that covers a group of people by providing life insurance coverage. An employer may opt for a group life insurance policy which would cover the lives of his or her employees.
Deductible is the term used to describe the dollar amount of a physical damage claim paid by the policyholder.
