The government can control tariffs and can limit how much can be imported into the usa.
The government can provide subsidies to certain producers, typically farmers.
The government can put a ceiling and a floor on prices as they wish. They can control the lowest and highest price a commodity can sell for.
The government can own public works such as a water company if they feel they can provide the service for a lower cost than the local competitors.
The government can decide which companies are monopolies and which companies are violating federal policies regarding trade. The government has the power to break up monopolies.
Each of these has advantages and disadvantages. For example, for farmers, when prices on their crops are too low, the government "gives" them money for their crops so they can stay in business.
A monopoly business controls the price and supply. If the monopoly is broken up, then competitors can enter the field- this can help drive down prices.
If the government can provide utility services for cheaper, that is good.
Answer:
3.46 m/s
Explanation:
This is actually a Physics question and not a Business question.
According to the property of conservation of momentum, the speed of the Mazda before the collision multiplied by the mass of the Mazda must equal the speed after the collision multiplied by the mass of both cars:
The post-collision speed of the two entangled cars is 3.46 m/s.
Answer: 10% or $2,000,000
Explanation:
Seeing as no figures were produced, we will have to do this ourselves.
We will make assumptions which include the following,
Life of the equipment = 10 Years
Salvage value = 0
Those are our 2 assumptions.
In that case then,
The Annual Depreciation will be,
Depreciation = (Cost of equipment - Estimated salvage value) / Estimated useful life
= (20 - 0) / 10
= $2 million
Seeing as 2 million is,
= 2/20 * 100
= 10%
That would mean that annual depreciation costs at that facility will rise by $2 million or 10%.
If you need any clarification do react or comment.
The amount of interest owed to the bondholders for each payment is $33,750. The amount interest to the bondholders for each payment should be calculated with this formula: Interest Yield Rate x Face Value of Bond x Time (9% x $750,000 x 1/2). The market interest rate of 8% has no effect on the interest payment calculation but it impacted the bond market value.
