Types Of Magnetic Storage Devices Computer Science Essay

Types Of Magnetic Storage Devices Computer Science Essay Magnetic storage devices are used to store data in magnetic medium. In this term paper we will discuss about its types and working principle. The main logic is that the data will secure in these storage devices and data will store quickly in these devices. In this term paper we will also discuss the future of these devices. MAGNETIC STORAGE DEVICES Magnetic storage and magnetic recording are terms from engineering referring to the storage of data on a magnetized medium. Magnetic storage uses different patterns of magnetization in a magnetizable material to store data and is a form of non-volatile memory. The information is accessed using one or more read/write heads. As of 2009, magnetic storage media primarily hard disks are widely used to store computer data as well as audio and video signals. HISTORY Before there was magnetic storage for computers, the primary storage medium was punch cards (paper cards with holes punched in to indicate character or binary data) originally invented in the 1890. Although long obsolete in computer use punch cards in various forms are still used in older voting equipment. PUNCH CARD The history of magnetic storage dates back to June 1949 when a group of IBM engineers and scientists began working on a new storage device. What they were working on was the first magnetic storage device for computers, and it revolutionized the industry. On May 21, 1952 IBM announced the IBM 726 Tape Unit with the IBM701 Defense Calculator, marking the transition from punched-card calculators to electronic computers. Four years later, on September 13, 1956 a small team of IBM engineers in San Jose, California, introduced the first computer disk storage system as part of the 305 RAMAC (Random Access Method of Accounting and Control) computers. IBM 305 RAMAC The 305 RAMAC drive could store only 5MB of data on 50 disks each a whopping 24 in diameter. Unlike tape drives RAMACs recording heads could go directly to any location on a disk surface without reading all the information in between. This random accessibility had a profound effect on computer performance at the time enabling data to be stored and retrieved significantly faster than if it were on tape. From these beginnings, the magnetic storage industry has progressed such that today you can store 500GB or more on tiny 3 1/2 drives that fit into a single computer drive bay. IBMs contributions to the history and development of magnetic storage are incredible. Not only did IBM invent computer magnetic tape storage as well as the hard disk drive but it also invented the floppy drive. The first floppy drive was created in 1971. EXAMPLES OF MAGNETIC STORAGE DEVICES HARD DRIVE FLOPPY DRIVE Mini DV TAPE DATA TAPE BACKUP STRIPE ON THE BACK OF DEBIT.CREDIT CARD MAGNETIC RECORDING Magnetic recording is the method of writing data on disk. ANALOG RECORDING Analog recording is based on the fact that remnant magnetization of a given material depends on the magnitude of the applied field. The magnetic material is normally in the form of tape, with the tape in its blank form being initially demagnetized. When recording the tape runs at a constant speed. The writing head magnetizes the tape with current proportional to the signal. A magnetization distribution is achieved along the magnetic tape. Finally the distribution of the magnetization can be read out reproducing the original signal. The magnetic tape is typically made by embedding magnetic particles in a plastic binder on polyester film tape. The commonly used magnetic particles are Iron oxide particles or Chromium oxide and metal particles with size of 0.5 micrometers. Analog recording was very popular in audio and video recording. In the past 20 years, however, tape recording has been gradually replaced by digital recording. DIGITAL RECORDING Instead of creating a magnetization distribution in analog recording, digital recording only need two stable magnetic states, which are the +Ms and -Ms on the hysteresis loop. Examples of digital recording are floppy disks and HDDs. Digital recording is the main process nowadays and probably in the coming future. HARD DISK DRIVE A hard disk drive is a non-volatile storage device that stores digitally encoded data on rapidly rotating rigid (i.e. hard) platters with magnetic surfaces. WORKING A hard disk uses rigid rotating platters. Each platter has a planar magnetic surface on which digital data may be stored. Information is written to the disk by transmitting an electromagnetic flux through a read-write head that is very close to a magnetic material, which in turn changes its polarization due to the flux. A typical hard disk drive design consists of a central axis or spindle upon which the platters spin at a constant rotational velocity. The associated electronics control the movement of the read-write armature and the rotation of the disk and perform reads and writes on demand from the disk controller. The sealed enclosure protects the drive internals from dust, condensation, and other sources of contamination. Contrary to popular belief, a hard disk drive does not contain a vacuum. Instead, the system relies on air pressure inside the drive to support the heads at their proper flying height while the disk is in motion. FLOPPY DRIVE A floppy disk is a data storage medium that is composed of a disk of thin, flexible magnetic storage medium encased in a square/rectangular plastic shell. WORKING The following is an overview of how a floppy disk drive writes data to a floppy disk. Reading data is very similar. The computer program passes an instruction to the computer hardware to write a data file on a floppy disk, which is very similar to a single platter in a hard disk drive except that it is spinning much slower, with far less capacity and slower access time. The computer hardware and the floppy-disk-drive controller start the motor in the diskette drive to spin the floppy disk. The disk has many concentric tracks on each side. Each track is divided into smaller segments called sectors, like slices of a pie. A second motor, called a stepper motor, rotates a worm-gear shaft (a miniature version of the worm gear in a bench-top vise) in minute increments that match the spacing between tracks. The time it takes to get to the correct track is called access time. This stepping action (partial revolutions) of the stepper motor moves the read/write heads like the jaws of a bench-top vise. The floppy-disk-drive electronics know how many steps the motor has to turn to move the read/write heads to the correct track. The read/write heads stop at the track. The read head checks the prewritten address on the formatted diskette to be sure it is using the correct side of the diskette and is at the proper track. This operation is very similar to the way a record player automatically goes to a certain groove on a vinyl record. Before the data from the program is written to the diskette, an erase coil (on the same read/write head assembly) is energized to clear a wide, clean slate sector prior to writing the sector data with the write head. The erased sector is wider than the written sector this way, no signals from sectors in adjacent tracks will interfere with the sector in the track being written. The energized write head puts data on the diskette by magnetizing minute, iron, bar-magnet particles embedded in the diskette surface, very similar to the technology used in the mag stripe on the back of a credit card.The magnetized particles have their north and south poles oriented in such a way that their pattern may be detected and read on a subsequent read operation. The diskette stops spinning. The floppy disk drive waits for the next command. FUTURE Magnetoresestive Random Access Memory A new type of magnetic storage, called Magnetoresistive Random Access Memory or MRAM, is being produced that stores data in magnetic bits based on the TMR (Tunnel Magneto resistance) effect. Its advantage is non-volatility, low power usage, and good shock robustness. WORKING Unlike conventional RAM chip technologies in MRAM data is not stored as electric charge or current flows, but by magnetic storage elements. The elements are formed from two ferromagnetic plates, each of which can hold a magnetic field separated by a thin insulating layer. One of the two plates is a permanent magnet set to a particular polarity the others field can be changed to match that of an external field to store memory. This configuration is known as a spin valve and is the simplest structure for a MRAM bit. A memory device is built from a grid of such cells. The simplest method of reading is accomplished by measuring the electrical resistance of the cell. A particular cell is (typically) selected by powering an associated transistor which switches current from a supply line through the cell to ground. Due to the magnetic tunnel effect the electrical resistance of the cell changes due to the orientation of the fields in the two plates. By measuring the resulting current, the resistance inside any particular cell can be determined, and from this the polarity of the writable plate. Typically if the two plates have the same polarity this is considered to mean 1, while if the two plates are of opposite polarity the resistance will be higher and this means 0.

Salmon Essay -- essays research papers

The upriver salmon migration is one of nature's most exciting dramas. But to the five species of Pacific salmon (Chinook , chum, coho, pink, and sockeye), it is a long, strenuous, desperate race against time, with every obstacle taking its toll. Pacific salmon belong to a group called anadromous fish that includes Atlantic salmon, sturgeon, lampreys, shad, herring, sea- run cutthroat trout, and steelhead trout. These species hatch and live the first part of their lives in fresh water, then migrate to the ocean to spend their adult lives, which may be as short as 6 months or as long as 7 years. When they reach sexual maturity, they return to the freshwater stream of their origin to lay their eggs. Pacific salmon make the round trip only once, but some Atlantic salmon may repeat the cycle several times. Migration between fresh and salt water occurs during every season of the year, depending on latitude and genetic characteristics of the fish. Groups of fish that migrate together are called runs or stocks. Salmon spawn in virtually all types of freshwater habitat, from intertidal areas to high mountain streams. Pacific salmon may swim hundreds, even thousands, of miles to get back to the stream where they hatched. However, only a small percentage of salmon live to reach their natal stream or spawning grounds. Those males that survive the trip are often gaunt, with grotesquely humped backs, hooked jaws, and battle-torn fins. The females are swollen with a pound or more of eggs. Both have large white patches of bruised skin on their backs and sides. Since salmon do not feed once they leave the ocean, some will die on the way because they lack enough stored body fat to make the trip. Many will be caught in fishermen's nets. Those that evade the nets may have to swim through polluted waters near cities. Many must make their way over power dams, leaping up from one tiny pool to the next along cement stairstep cascades called fish ladders. In the tributary streams, waterfalls and rapids are steep and swift enough to eliminate all but the strongest. Otters, eagles, and bears stalk the salmon in shallow riffles. Once on the spawning grounds, the fish battle each other: females against females for places to nest, males against males for available females. The female builds her nest, called a redd, by agitating the bottom gravel with her fins and tail, and bending ... ...almon belong to the Department of Commerce's National Marine Fisheries Service. The U.S. Fish and Wildlife Service and other federal and state agencies also have recovery responsibilities. The largest of the Pacific salmon, chinook (Oncorhynchus tshawytscha) average about 24 pounds when they return to their natal river to spawn, most after 2 or 3 years at sea. The chinook is the least abundant of the Pacific salmon. Coho salmon (Oncorhynchus kisutch), fourth in Pacific fishery abundance, is the number one sport fish. It spends only one winter at sea, returning the next fall to spawn. It averages about 10 pounds when full grown. Sockeye salmon (Oncorhynchus nerka) make up about 25 percent of the West Coast catch, and chum salmon (Oncorhynchus keta) make up about 13 percent. Both follow similar migration paths in the Pacific and reach a common weight of about 12 pounds before returning to their natal river to spawn. Pink salmon (Oncorhynchus gorbuscha), the smallest of the Pacific salmon, average only about 3 to 5 pounds. However, they make up more than half the total West Coast commercial catch. Pink salmon seldom travel more than 150 miles from the mouth of their natal river.

The Elusive Term :: Essays Papers

The Elusive Term The word "ring-giver" is slippery because it does not stick to its logical meaning. Once researched and defined, it is known that a ring-giver is a king or overlord. Not just a king can be called a ring-giver. A person in an administrative position can be referred to as a ring-giver. The thanes who received this award of arm-ring or neck-ring proved their battle-worthiness and were held in high respect by their kinsmen. Therefore the warriors kept close watch of their rewards. After research, one also finds the term "ring-giver" is a kenning; or Anglo - Saxon metaphor. Ring-giver is an elusive word. Separately, "ring" is defined as an ornamental circular band worn on a finger, and "giver" is defined as to hand over something. Putting those two definitions together, ring-giver implies the act of giving rings. However, this is not at all the case. A ring-giver is a king or overlord. Someone in power is also referred to as being the ring-giver. In the Norton Anthology we read "in heroic poetry at least, a principal form of currency was the gold arm ring; which had the advantage of being valuable, portable and showy; hence the king always being referred to as 'ring-giver.' " (28). Although it was usually the king who was given the name "ring-giver," anyone in power, could be given the title. In the "Grendel, Beowulf's most famous enemy" site, we see another occurrence of a ring-giver being born: "When the retainers [soldiers] returned from battle, they were expected to turn over their bounty to their chief, who would then redistribute it according to the performance of each retainer during battle. Thus, we often find the dryhten [overlord] being referred to as the 'gold-giver' or 'ring-giver.' Usually the king had the power to distribute bounty or rewards, but here we see that anyone in the leadership position might have been given the illustrious title of "ring-giver." The king or overlord gave out arm-rings or neck-rings to promote valor and fighting for land and king. The individual who received the ring was honored by his fellow soldiers. These rings worn on either arm or neck, gave the wearer recognition and instant envy in others. They were symbols of strength and courage; there must have been many attempts to steal such objects of monetary and social value. However, it is doubtful that the brave men who received such awards ever gave the opportunity to lose their trophies.

David St. John :: essays research papers fc

The Work of David St. John David St. John writes of love in a pessimistic way in his collection of poems, The Red Leaves of Night. His writings suggest love is unattainable and his relationships with people (especially with females) are portrayed as negative. St. John creates a fallen man in his text, especially when his poems focus on his dilemmas with women. Psychoanalysis plays a large role in the writings of St. John being that he shows the effects of his downfall and the negativity the downfall incorporates. Lacanian psychoanalysis suggests our language is structured like our subconscious and full of desires. Lacanian analysis also shows that the  ¡Ã‚ §signs ¡Ã‚ ¨ in language are split between the signifier and the signified and the barrier between the two lead to unfulfilled desires. St. John ¡Ã‚ ¦s poetry is swarming with lines alluding to unfulfilled desires or a longing for things that simply cannot be obtained. St. John establishes the breaking of a psyche and through Lacanian analysis we can s ee that the desires expressed in his poetry will never be met. Through Lacanian analysis, we are able to see that St. John is seeking more, and wanting more substance out of relationships and his life that cannot be obtained. St. John is longing for a sense completeness yet his completion is something that can never happen. Lacan shows the human psyche in three parts, similar to that of Sigmund Freud. Lacan calls the three parts  ¡Ã‚ §Orders ¡Ã‚ ¨ and they consist of the Imaginary, the Symbolic, and the Real. The Imaginary is  ¡Ã‚ §the part of the psyche that contains our wishes, fantasies, and, most importantly, images ¡Ã‚ ¨ (Bressler 156). Lacan ¡Ã‚ ¦s major focus is in his theory that our psyche is lack and fragmentation.  ¡Ã‚ §We have longings for love, for physical pleasure ¡Kbut nothing can fulfill our desire to return to the Imaginary Order and be at one with our mother ¡Ã‚ ¨ (Bressler 158). Many of the poems in The Red Leaves of Night withhold the sense that St. John is yearning for something and is never complete. For example, in his poem  ¡Ã‚ §The Unsayable, the Unknowable & You ¡Ã‚ ¨ St. John presents a situation where he is completely captivated by a woman and lusts for more activity with her.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚    ¡Ã‚ §My prize: A night alone (again) with you,tracing/This brocade of sweat along your amber shoulder./Let ¡Ã‚ ¦s weave together the dawn ¡Ã‚ ¦s superior light-/A script of bodies, inscribed by the summer ¡Ã‚ ¦s night ¡Ã‚ ¨ (St.

Mokshagundam Vishveshwariah Essay

Mokshagundam Vishveshwariah, KCIE,, (popularly known as Sir MV; 15 September 1860 – 14 April 1962 was a notable Indian engineer, scholar, statesman and the Diwan of Mysore during 1912 to 1918. He was a recipient of the Indian Republic’s highest honor, the Bharat Ratna, in 1955. He was knighted as a Commander of the British Indian Empire by King George V for his myriad contributions to the public good. Every year, 15 September is celebrated as Engineer’s Day in India in his memory. He is held in high regard as a pre-eminent engineer of India. see more:bangalore essay He was the chief designer of the flood protection system for the city of Hyderabad, as well as the chief engineer responsible for the construction of the Krishna Raja Sagara dam in Mysore. He is also revered a lot in the state of Karnataka. Sir MV was born in 1861 in a Telugu Brahmin family to Mokshagundam Srinivasa Shastry and Venkatalakshmamma in Muddenahalli village, 40 miles from Bangalore, India. Their family migrated from Mokshagundam village in Prakasam district in Andhra Pradesh. His father was a Sanskrit scholar and an authority on Hindu Dharmashastras (theology), besides being an Ayurvedic practitioner. Visvesvaraya lost his father at the age of 15. He enrolled for primary school in Chikballapur and attended high school in Bangalore. He earned his Bachelor of Arts from Central College,Bangalore affiliated to Madras University in 1881 and later studied civil engineering at the prestigious College of Engineering, Pune, popularly known as CoEP. Upon graduating as an engineer, Visvesvaraya took up a job with the Public Works Department (PWD) of Mumbai and was later invited to join the Indian Irrigation Commission. He implemented an extremely intricate system of irrigation in the Deccan area. He also designed and patented a system of automatic weir water floodgates that were first installed in 1903 at the Khadakvasla Reservoir near Pune. These gates were employed to raise the flood supply level of storage in the reservoir to the highest level likely to be attained by a flood without causing any damage to the dam. Based on the success of these gates, the same system was installed at the Tigra Dam in Gwalior and the Krishna Raja Sagara (KRS) Dam in Mandya/ Mysore,Karnataka. In 1906-07, the Government of India sent him to Eden, Africa to study water supply and drainage system and the project prepared by him was implemented in Eden[disambiguation needed] successfully. Visvesvaraya achieved celebrity status when he designed a flood protection system for the city of Hyderabad. He was instrumental in developing a system to protect Visakhapatnam port from sea erosion. Visvesvaraya supervised the construction of the KRS Dam across the Cauvery River from concept to inauguration. This dam created the biggest reservoir in Asia when it was built. He was rightly called the â€Å"Father of modern Mysore state† (now Karnataka): During his period of service with the Government of Mysore state, he was responsible for the founding of, (under the Patronage of Mysore Government), the Mysore Soap Factory, the Parasitoide Laboratory, the Mysore Iron & Steel Works (now known as Visvesvaraya Iron and Steel Limited) in Bhadravathi, the Sri Jayachamarajendra Polytechnic Institute, the Bangalore Agricultural University, the State Bank of Mysore, The Century Club, Mysore Chambers of Commerce and numerous other industrial ventures. He encouraged private investment in industry during his tenure as Diwan of Mysore. He was instrumental in charting out the plan for road construction between Tirumala and Tirupati. He was known for sincerity, time management and dedication to a cause.

International Financial Reporting Standards and Revenue Recognition

Revenue recognition is a very important component of financial accounting and reporting. The accounting principles governing revenue recognition can have a big impact on corporate accounting and the way contracts are structured with customers. As a part of ongoing discussions to converge U. S. Generally Accepted Accounting Principles (GAAP) and International Financial Reporting Standards (IFRS), some proposals to change revenue recognition have been discussed. The following will discuss revenue recognition as it stands under U. S. GAAP and IFRS, as well as proposed changes to the revenue recognition principle. Revenue Recognition under U. S. GAAP Staff Accounting Bulletin, Topic 13 states, â€Å"The staff believes that revenue generally is realized or realizable and earned when all of the following criteria are met: 1. Persuasive evidence of an arrangement exists; 2. Deliver has occurred or services have been rendered; 3. the seller’s price to the buyer is fixed or determinable; and 4. Collectability is reasonably assured. † Revenue recognition under U. S. GAAP can vary depending on industry, but the criteria listed by Topic 13 are generally applied when recognizing revenue. Guidance for industry specific principles are covered under other U. S. GAAP pronouncements. Also under U. S. GAAP, â€Å"any costs or losses that may be expected in connection with any returns shall be accrued in accordance with FASB St. No. 5 Accounting for Contingencies. Sales revenue and costs of sales reported in the income statement shall be reduced to reflect estimated returns† (FAS 48 par. 7). Revenue Recognition under IFRS. Under IFRS, guidance regarding revenue recognition are governed under two general accounting standards. According to IFRS, â€Å"revenue is recognized when it is probable that future economic benefits will flow to the entity and these benefits can be measured reliably† (IAS 18). Revenue Recognition for specific industries are not addressed under IFRS and these two general accounting standards are applied broadly across various industries. Revenue recognition has been at the forefront of suggested changes regarding convergence to a single set of standards for financial reporting and accounting. Currently under U. S. GAAP, revenue recognition have more stringent criteria and governance can also be industry specific. IFRS differs in that there are only two broadly applied accounting standards when determining when to recognize revenue. The AICPA has announced that the IASB and FASB will move towards issuing a single standard governing revenue recognition. The proposed standard will adopt standards similar to IFRS revenue recognition principles and eliminate U. S. GAAP’s industry specific guidance. The changes will have a tremendous effect on accounting and how businesses operate.

Ethical Dilemma Worksheet Essay

Include any important | |potential economic, social, or political pressures, and exclude inconsequential facts. | | | |The most important fact about this case is that officers never saw the male suspect driving while intoxicated. The fact that two | |different police reports were made one stating the officer saw the male driving and the other stating officer did not see the male | |driving. | |Identify each claimant (key actor) who has an interest in the outcome of this ethical issue. From the perspective of the moral | |agent—the individual contemplating an ethical course of action—what obligation is owed to the claimant? Why? | |Claimant |Obligation (owed to the|Perspective (What does the claimant hope will happen? ) | |(key actor) |claimant) | | |Officer Rook |Designated officer to |Officer Rook wrote the original police report and followed policy and turned it in to | | |write original report |the D. A. ffice to let the process begin for the individual male arrested for driving | | | |while intoxicated. | | D. D. A. Acute |To ensure that laws are| | | |upheld and the process |D. D. A. notices the differences between both police reports and make notes of them. | | |serves all parties |The D. D. A. has the responsibility to uphold all laws and rights of individuals and | | |involved. |wants to ensure that the criminal justice system is just and fair. |Officer Nixon |Turning in second |Officer Nixon turned in the second the police report that made n ote that the officers | | |police report |saw the individual male driving. This officer wants a conviction of the individual | | | |male for driving while intoxicated. | |Wife |Wants to take husband |Wife wants to take husband home after being processed. Wife reported that her husband| | |home |had bad experiences while in Somalia and it would best for him to go home. | | | | | | | | Evaluating Alternatives |What are two alternatives for the scenario? One alternative can be a wild card that you ordinarily may not consider an option | |because of potential implications. Both should be within free will and control of the same moral agent. |Alternative A |Alternative B | |Use report without seeing intoxicated male driving |Use report with seeing intoxicated male driving | |Respond to the following questions based on your developed alternatives. | | |Alternative A |Alternative B | |What are the best- and worst-case | | |scenarios if you choose this |Best-Original report is used charges are |Best-male is convicted of driving while | |alternative? |dropped. |intoxicated | | | | | | |Worst- the male individual is drug through |Worse-Male is convicted of driving while | | |the criminal justice system and tax payer |intoxicated. The original police report is | | |money is wasted. |never shared | |Will anyone be harmed if this |No harm will come. |Yes harm may come when convicted and sentence to| |alternative is chosen? If so, how | |serve time incarcerated. | |will they be harmed? Consider | | | |families and derivative effects. | | |Would honoring an idea or value—such | | | |as personal, professional, or |No |Yes | |religious—make the alternative | | | |invalid? | | | | | | |Are there any rules, laws, or | | | |principles that support the |Yes the law of needing to see the driver of |no | |alternative? Are there rules, laws, |driving while intoxicated. | | |or principles that make the | | | |alternative invalid? State the rule | | |or principle and indicate if it | | | |invalidates or supports the | | | |alternative. | | | Applying Ethical Guidelines |Consider each ethical guideline and explain whether it would support or reject your alternative. |Guidelines based on the action itself |Alternative A |Alternative B | |Should this alternative become a rule or policy that everyone in this|There is law in place to avoid|No, this is wrong and | |situation should follow in similar situations in the future? (Kant) |making arrests like this. |unethical | |Does this alternative result in using any person as a means to an end|No |Yes the Officer Nixon wrote a | |without consideration for his or her basic integrity? Kant) | |bad report and is using the | | | |court system to enforce his | | | |false report | |Is the intent of this action free from vested interest or ulterior |Yes |No, convict ion is wanted | |motive? Kant’s good will) | | | | Does this alternative demonstrate a genuine concern for others |No |No | |affected by the decision, and is the moral agency responding to a | | | |perceived need? | | | |Guidelines based on consequences |Alternative A |Alternative B | |Is the good hat results from this alternative outweighed by the |Yes, the good being that the |No, falsifying reports is | |potential harm that might be done to others? (Mill’s harm principle) |charges are dropped. |unethical and can have | | | |rippling effects on all | | | |officers. |Is any harm brought about by anyone other than the moral agent? |No |Yes, the husband and the | |(causal harm) | |rookie officer who wrote the | | | |first report. | |Will anyone be harmed who can be said to be defenseless? No |No | |(paternalism) | | | |To what degree is this alternative based on the moral agent’s own |This is the truthful report |This should never be used, | |best interest? (ethical egoism) |and should be used regardless |based on it bei ng falsified. | |of the outcomes. | | |Which alternative will generate the greatest benefit—or the least |Because this alternative is | | |amount of harm—for the greatest number of people? Select only one |the truth it will only have | | |alternative. (utilitarianism) |the best possible outcome. | Ethical Decision Making |Choose to proceed with either Alternative A or Alternative B and explain the reasons for your decision. | | | |I would go with alternative A, because it is the truth and the original report turned in. I would allow the court system work | |their process and except the outcome reached. I would then address the facts of a falsified police report and the officer who tried| |to used it. |