Answer:
The answer is: $18, 750
Explanation:
The double-declining-balance(DDB) method entails computing depreciation of an asset at an accelerated rate. This method is employed when the asset loses value quickly and is expected to generate more revenue at the earlier stages of its useful life. The depreciation is higher at the beginning and lower close to the end of the asset's useful life. The depreciation is computed as follows:
Depreciation = 2 * straight line depreciation percentage * Book value at the beginning of the period
Machine cost: $75, 000
Residual Value: $5, 000
Estimated Life: 4 years/18, 000 hours
Straight line depreciation percentage : 100/4 = 25%
Depreciation Year 1 on DDB = 2 * 25% * $75, 000
= $37, 500
Depreciation Year 2 on DDB = 2 * 25% * ($75, 000 -$37, 500)
= $18, 750
Answer: increase in the number and severity of security threats.
Explanation: An increase in the number and severity of security threats can be directly linked to the increasing dependency of businesses on information systems which are used in turning raw data into useful information for decision making in businesses. They are designed to support a particular process within an organization or to carry out very specific analysis. The increase in the number and severity of security threats which target these data for nefarious purposes has led to businesses struggling to hire enough qualified professionals to safeguard against the growing threat. Hence, a strong, smart digital workforce is essential to combat the more frequent, more sophisticated threats emanating from across governments, businesses and organizations.
Answer:
-1.9%.
Explanation:
The computation of the abnormal change in the stock price of ford should be given below:
Given that
The return on the market is 8%.
So, the forecast monthly return for Ford is
= 0.10% + (1.1 × 8%)
= 8.9%.
And, the Ford’s actual return was 7%,
So,
the abnormal return be
= 7% - 8.9%
= -1.9%.
That is toooooo much to read i am only in the 7th grade!!!
