Question

In: Economics

Governor John has decided that, rather than build a new nuclear power plant to service power...

Governor John has decided that, rather than build a new nuclear power plant to service power needs, the state should save an equivalent amount of energy. As one component of an efficiency plan, he has turned to you, his top aide, to design a policy to encourage adoption of compact fluorescent (CF) lightbulbs. Although CFs save a tremendous amount of money (and energy) over their lifetime, they are quite expensive initially ($20 or so per bulb in 1993). In addition, they give off a slightly bluer light than normal bulbs, are generally somewhat larger and cannot be used with dimmer switches. You've thought up three possibilities: Utility Rebates. Have publicly-regulated electric companies provide "rebates" of 75% of the purchase price to consumers who install CF bulbs. Allow utilities to cover the cost of the program through higher electricity rates. Government Procurement Contract. Have the state government agree to purchase, using general tax revenues, a large quantity of bulbs from an in-state supplier (at competitive rates). The bulbs would be used to retrofit government buildings. R&D Subsidies. Provide funds from general tax revenues to in-state firms to develop CF bulbs that can be sold at lower cost and/or are more comparable to standard incandescent bulbs. Continued receipt of such subsidies should be conditional on cost-reductions or performance enhancements. For each of the three plans, answer the following questions: a) How expensive will the policy be for the state (i e taxpayers)? (7.5 MARKS) b) What obstacles to successful implementation might arise? (7.5 MARKS) c) If you had to pick one policy to push for, which would it be? Why?

Solutions

Expert Solution

Answers

a)

Association Budget 2020 has proposed another duty structure by cutting personal expense rates and rejigging the annual assessment chunks to decrease all-out expense risk by people. As proposed in the new expense system, 70 duty exclusions will be evacuated however the salary between Rs 5 lakh and Rs 7.5 lakh will be charged at 10% down from current 20%, pay between Rs 7.5 lakh and Rs 10 lakh will be charged at 15% down from current 20%, and pay between Rs 10 lakh and Rs 12.5 lakh will be charged at 20% down from current 30%. Pay between Rs 12.5 lakh and Rs 15 lakh will be charged at 25% down from the current 30%. Livelihoods above Rs 15 lakh in a money related year will keep on being charged at 30%.

The spending plan 2020 has given citizens the choice to pick between the current annual assessment system (which permits benefiting existing personal expense exclusions and reasonings) and another duty system with sliced annual duty rates and new personal assessment chunks however no assessment exceptions and derivations. The new duty system offers lower charge rates and new expense sections and all the while expels charge exceptions/reasonings and will bring about lower charge outgo for citizens, as per the fund serve.

Which charge system - old or new-would be advantageous and bring about lower charge payable for every individual is probably going to rely upon his/her salary arrangement and the speculations done. Every individual should do his/her own salary estimations to make sense of which charge system suits more. For instance, an individual who has purchased a drawn-out life coverage strategy may need to keep paying the premium. Further as proposed in the Budget, as profit salary gets available in your grasp, your available pay will increment. This will add to the vulnerability of how much assessment help an individual will get from all the spending recommendations together.

b)

  In our work in PROSPECTS, we gathered hindrances into the four classifications recorded beneath. Later work in TIPP has shown that inability to embrace an intelligent way to deal with the procedure of technique improvement can likewise force a hindrance to compelling arranging. This Guidebook is intended to assist urban communities with keeping away from this event. TIPP likewise gives a lot of suggestions.

1) Legal and institutional barriers,

These incorporate an absence of lawful forces to actualize a specific instrument and legitimate obligations that are part between offices, constraining the capacity of the city position to execute the influenced instrument (Section 3). The study of European urban communities in PROSPECTS shows that land-use, street building, and valuing are the approach zones most normally subject to lawful and institutional limitations. Data measures are considerably less compelled than different measures.

2) Financial barriers,

These incorporate spending limitations constraining the general consumption on the procedure, money related limitations on explicit instruments, and restrictions on the adaptability with which incomes can be utilized to fund the full scope of instruments. Possibilities found that street building and open vehicle foundation are the two approach regions that are most regularly dependent upon monetary imperatives, with 80% of European urban communities expressing that account was a significant hindrance. Data arrangement is the least influenced.

3) Political and cultural barriers,

These include an absence of political or open acknowledgment of an instrument, limitations forced by pressure gatherings, and social properties, for example, perspectives to authorization, which impact the viability of instruments. The overviews in PROSPECTS show that street building and value are the two approach regions that are most generally dependent upon requirements on political agreeableness. Open vehicle activities and data arrangement are commonly the least influenced by adequacy requirements.

4) Practical and technological barriers,

While urban communities see legitimate, money related, and political hindrances as the most genuine which they face in executing land use and transport strategy instruments, there may likewise be functional impediments. For land use and foundation, these may well incorporate land procurement. For the board and valuing, authorization and organization are key issues. For the framework, the board and data frameworks, building structure, and accessibility of innovation may restrain progress. For the most part, an absence of key abilities and mastery can be a critical hindrance to advance and is disturbed by the fast changes in the kinds of the strategy being thought of.

c)

  To start with, without an Active Directory, there's one Group Policy accessible — Local Group Policy — which influences just the workstation it is on. Neighborhood Group Policy expects you to perform work area the board in a decentralized manner, by setting off to each machine independently. Along these lines, Local Group Policy is best utilized when Active Directory isn't accessible, for example, when you have machines that aren't associated with a Windows space.

The most speedy approach to alter the Local Group Policy on a machine is to tap the "Start" catch and run the order "GPEDIT.MSC" to begin the Local Computer Policy Editor. Nearby Group Policy underpins numerous neighborhood GPOs (MLGPOs), which empowers you to choose which clients get what alternatives at the neighborhood level; for instance, you can allocate standard clients one lot of settings and heads another set, or you can give one explicit client a specific blend of settings.

In Active Directory, every server and workstation must be an individual from one (and just one) space and be situated in one (and just one) site. In Windows NT, extra areas were frequently made to segment managerial obligation (like an ESAE woods engineering) or to get control over unnecessary prattle between space controllers. With Active Directory, the authoritative duty can be designated utilizing OUs, and the issue with unnecessary space transfer speed gab has been managed with the expansion of Active Directory locales, which are centralizations of IP (Internet Protocol) subnets with the quick network.

A Group Policy object (GPO) is an assortment of Group Policy settings that characterize what a framework will resemble and how it will carry on for a characterized gathering of clients. Each GPO contains two sections, or hubs: a client setup and a PC design.

The principal level under both the User and the Computer hubs contains Software Settings, Windows Settings, and Administrative Templates. In the event that we plunge down into the Administrative Templates of the Computer hub, we find Windows Components, System, Network, and Printers. In like manner, on the off chance that we plunge down into the Administrative Templates of the User hub, we see a portion of similar envelopes in addition to some extra ones, for example, Shared Folders, Desktop, Start Menu, and Taskbar.

The Computer hub contains strategy settings that are pertinent just for PCs. That is, if a GPO that contains Computer settings "hits" a PC, those settings will produce results. These Computer settings could be startup contents, shutdown contents, and setting that control how the nearby firewall ought to be arranged. Each setting is applicable to the PC itself, regardless of who is signed on at a given second.

The User hub contains strategy settings that are significant just for clients. Once more, if a GPO contains User settings "hits" a client, those settings will produce results for that client. Client settings bode well just on a for every client premise, as logon contents, logoff contents, and accessibility of the Control Panel. Think about this as each setting pertinent to the right now signed on the client; these settings follow the client to each machine they use.

Thank you for your question. So continue your doubts.

  


Related Solutions

Nobody wants a nuclear power plant in their neighborhood. Unfortunately, the governor must locate a nuclear...
Nobody wants a nuclear power plant in their neighborhood. Unfortunately, the governor must locate a nuclear power plant somewhere inside a 25 square mile area containing four cities. The governor, being primarily concerned with reelection, desires to locate the plant in the location which will cause the least amount of unhappiness among the constituents. In this lab, you will write a program to assist the governor in this difficult decision. METHOD: ^^^^^^^ Assume each city is located in an integer-pair...
It is said that the Lt. Governor of Texas has more power than the Governor. How...
It is said that the Lt. Governor of Texas has more power than the Governor. How could this be? Discuss.
A proposed nuclear power plant will cost $1.7 billion to build and then will produce cash...
A proposed nuclear power plant will cost $1.7 billion to build and then will produce cash flows of $250 million a year for 15 years. After that period (in year 15), it must be decommissioned at a cost of $850 million. What is project NPV if the discount rate is 5%? What if it is 18%? (Negative amounts should be indicated by a minus sign. Do not round intermediate calculations. Enter your answers in billions rounded to 3 decimal places.)...
A proposed nuclear power plant will cost $2.9 billion to build and then will produce cash...
A proposed nuclear power plant will cost $2.9 billion to build and then will produce cash flows of $370 million a year for 15 years. After that period (in year 15), it must be decommissioned at a cost of $970 million. (Negative amounts should be indicated by a minus sign. Do not round intermediate calculations. Enter your answers in billions rounded to 3 decimal places.) a. What is project NPV if the discount rate is 4%? b. What if the...
A proposed nuclear power plant will cost $1.9 billion to build and then will produce cash...
A proposed nuclear power plant will cost $1.9 billion to build and then will produce cash flows of $270 million a year for 15 years. After that period (in year 15), it must be decommissioned at a cost of $870 million. (Negative amounts should be indicated by a minus sign. Do not round intermediate calculations. Enter your answers in billions rounded to 3 decimal places.) a. What is project NPV if the discount rate is 4%? b. What if the...
A nuclear power plant has an overall efficiency of 31% and a power output of 800MW....
A nuclear power plant has an overall efficiency of 31% and a power output of 800MW. For one year operating at full capacity, calculate a) the number of joules produced; b) the number of fission events that were required to produce those joules; c) the mass of uranium oxide (UO2) that has been used in fission; and d) the market cost of that uranium oxide if it was all high quality.
Label the components of a nuclear power plant
 Label the components of a nuclear power plant A 462.5 ng sample of an unknown radioactive substance was placed in storage and its mass measured periodically. After 47 days the amount of radioactive substance had decreased to 57.81 ng. How many half-lives of the unknown radioactive substance have occurred? Sodium-24, which is used to locate blood clots in the human circulatory system, has a half-life of 15.0 h. A sample of sodium-24 with an inital mass of 24.5 g was stored for...
Why is a nuclear power plant less efficient in converting heat energy to electricity than a...
Why is a nuclear power plant less efficient in converting heat energy to electricity than a fossil-fueled power plant?  
Consolidated Power, a large electric power utility, has just built a modern nuclear power plant. This...
Consolidated Power, a large electric power utility, has just built a modern nuclear power plant. This plant discharges waste water that is allowed to flow into the Atlantic Ocean. The Environmental Protection Agency (EPA) has ordered that the waste water may not be excessively warm so that thermal pollution of the marine environment near the plant can be avoided. Because of this order, the waste water is allowed to cool in specially constructed ponds and is then released into the...
A nuclear power plant is planned to be constructed near Sydney. The plant is required to...
A nuclear power plant is planned to be constructed near Sydney. The plant is required to have an installed capacity of 1200 MW and will be operated for 7500 hours per year. Consider providing 1200 MW of energy by two solar power plants; one in Sydney and the other in Canberra. It is required that a fixed solar module be mounted. Determine the following parameters if the overall efficiency of the module is given as 15%: a) The peak power...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT