Answer:
1. Under command-and-control regulation, the government will sometimes specify the technology that firms must use in production. TRUE, e.g. currently the US government banned Huawei from providing 5G technology in the US due to security concerns even though that provides the best 5G technology in the world.
2. The government may decide on a specific amount of pollution that firms can legally emit. TRUE, the EPA sets the standards and companies must follow them, whether they are too high or too low maybe subject to an extensive debate.
3. A limitation of a command-and-control regulation is that firms have no incentive to remove pollution once they are within the legal pollution limits. TRUE, if the company is complying with current regulation, then that is all it needs to keep functioning without any problem.
4. Command and control situations are always the best option when it comes to reducing the amount of pollution. FALSE, when is the government or Congress the most efficient at doing something. Efficiency is not a characteristic of any government entity.
5. Command-and-control is more flexible than market-based regulation. FALSE, the terms command and control should give you an idea that government intervention can be anything but flexible.
6. A command-and-control regulation is subject to political considerations. TRUE, command and control regulation is set up by government agencies or Congress and both are political entities by definition. E.g. some governments impose harder environmental controls through the EPA, others impose softer or no controls at all.
C. Unclear definitions of goals
Any professional and efficient team will of course want clear definitions of their goals to run well.
Answer:
$2,000
Explanation:
Depreciation: The depreciation is a non-cash expense that shows a decrements in the value of the fixed assets due to tear and wear, obsolesce, usage, time period, etc. It is shown on the debit side of the income statement.
The computation of the depreciation expense under the straight line method is shown below:
= (Original cost of milling machine - salvage value) ÷ (expected useful life)
= ($15,000 - $2,000) ÷ (7 years)
= ($14,000) ÷ (7 years)
= $2,000
In this method, the depreciation is same for all the remaining useful life
Answer:
47,884.79 units of bonds
Explanation:
The units to be sold to arise $87.9 million will be equal to the
$87.9 million / divided by the bond price
The price of a bond is the present value (PV) of the future cash inflows expected from the bond discounted using the yield to maturity. These cash flows include interest payment and redemption value
The price of the bond can be calculated as follows:
Step 1
PV of interest payment
Semi-annual coupon rate = 5.92/2 = 2.96%
Interest payment =2.96%× 2,000= 59.2
Semi annual yield = 6.67%/2 = 3.335
PV of interest payment
= A ×(1- (1+r)^(-n))/r
= 59.2× (1-(1.03335)^(-2×20))/0.03335)
= 1,297.22
Step 2
PV of redemption value
PV = FV× (1+r)^(-n)
= 2,000 × (1+0.03335)^(-2× 20)
= 538.43
Step 3
Price of bond =
= 1297.22 + 538.43
= $1835.65
Step 4
Units to be used
= $87.9 million/ $1,835.65
= 47,884.79 units
Answer:
what kind of question is this ?
Explanation:
