Answer:
With the longer duration of unemployment benefits, firms needed to keep wages high to attract people to work. This caused downward wage rigidity, leading to persistent higher unemployment
what recognizes the potential for valuable innovations to be launched from lower organizational levels and diverse locations, including merging markets, is known as:
"Reverse Innovation."
This is because reverse innovation is a type of innovation in which the product is originally innovated for poor neighborhoods such as developing regions, then repackaged in a way that is then sold to the rich neighborhoods such as developed regions.
Reverse innovation is a term originally coined by Vijay Govindarajan and Chris Trimble.
They claimed that reverse innovation is a kind of bottom-up innovation strategy whereby the products designed for poor areas are then redefined and sold to the rich areas.
Hence, in this case, it is concluded that the correct answer is "Reverse Innovations."
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Answer:
$4.44 per machine hour
Explanation:
The computation of the activity rate for the fabrication cost pool is shown below:
= (Wages and salaries × given percentage + depreciation × given percentage + occupancy × given percentage) ÷ (fabrication hours)
= ($280,000 × 60% + $200,000 × 20% + $140,000 × 10%) ÷ (50,000 machine hours)
= ($168,000 + $40,000 + $14,000) ÷ (50,000 machine hours)
= $4.44 per machine hour
Answer:
For this calculation we need to use the Effective Annual Yield Formula.
EY = (1 + r/n)^n - 1
Where:
- EY = Effective annual yield
- r = coupon rate
- n = number o periods the coupon rate is compounded per year
Plugging the amounts into the formula we obtain:
EY = (1 + 0.06/2)^2 - 1
EY = 0.062
EY = 6.2%
To obtain the effective semi-annual yield, we simply divide the effective annual yield by two:
= 0.062/2
=0.031
Effective semi-annual yield = 3.1%
In this case, we would not invest in the bond because the effective semi-annual yield does not reach the required 4%.
Explanation: