The Earth Without Art Is Just - 1399 Words

â€Å"The ‘earth’ without ‘art’ is just ‘eh, — unknown author. This quote encapsulates the very importance of art in one sentence. Many people do not realize what a big impact art has on their lives. It is all around us, the house you live in, some artist took the time to design it. When you go to the grocery store, artists took the time to design all of the logos and packagings that you see and purchase. You can’t look anywhere without seeing a work of art, and if it is done right, it has the power to influence your thoughts and actions. For example, warm colors like yellow and red have been thought to make people feel hungry, and that s why restaurants like McDonalds use yellow and red in their logo and in their buildings, it is believed†¦show more content†¦When they compared the mean test scores of the level 1, level 2, level 3, and level 4 students, it showed a significant difference in scores. The level 4 students regular ly scored higher on the tests than the lower level students, and all of the students above a level 1 scored higher than the level 1 students. There was also a study done in 2004 by a private philanthropic organization trying to prove that the arts have some sort of benefit to children in school. The group was led by neuroscientist Michael S. Gazzaniga. About four years of research went by until they finally reached a conclusion, releasing a report in March of 2008 titled â€Å"Learning, Arts, and the Brain.† The studies suggested evidence that pointed toward the arts actually improving reading and math abilities. One of the studies they did was noticing how the brain reacted when they had several seven-year-olds sit in front of a computer and work on activities that had the same qualities as engaging in something art related. The results of the study showed that doing art based activities can train your brain into being more attentive, which improves cognition. UCLA did a stu dy as well, which involved over twenty-five thousand middle and high school students, and it proved once again, that students who have had past experience with studying fine arts had significantly higher scores on standardized tests than those students who had little to no past experiences with

The History of WWI Hospital Ship, the HMHS Britannic

In the early 20th century an intense competition existed between British and German shipping companies which saw them battle to build larger and faster ocean liners for use in the Atlantic. The key players including Cunard and White Star from Britain and HAPAG and Norddeutscher Lloyd from Germany. By 1907, White Star had given up the pursuit of the speed title, known as the Blue Riband, to Cunard and began focusing on constructing larger and more luxurious ships. Led by J. Bruce Ismay, White Star approached William J. Pirrie, head of Harland Wolff, and ordered three massive liners which were dubbed the Olympic-class. These were designed by Thomas Andrews and Alexander Carlisle and incorporated the latest technologies. The first two ships of the class, RMS Olympic and RMS Titanic, were laid down in 1908 and 1909 respectively and were built in neighboring shipways in Belfast, Ireland. Following the completion of Olympic and launching of Titanic in 1911, work began on the third vessel, Britannic. This ship was laid down on November 30, 1911. As work moved forward in Belfast, the first two ships proved star-crossed. While Olympic was involved in a collision with the destroyer HMS Hawke in 1911, Titanic, foolishly dubbed unsinkable, sank with a loss of 1,517 on April 15, 1912. Titanics sinking led to dramatic changes in Britannics design and to Olympic returning to the yard for alterations. Design Powered by twenty-nine coal-fired boilers driving three propellers, Britannic possessed a similar profile to its earlier sisters and mounted four large funnels. Three of these were functional, while the fourth was a dummy which served to provide extra ventilation to the ship. Britannic was intended to carry around 3,200 crew and passengers in three different classes. For first class, luxurious accommodations were available along with lavish public spaces. While the second class spaces were quite good, Britannics third class was considered more comfortable than its two predecessors. Assessing the Titanic disaster, it was decided to give Britannic a double hull along with its engine and boiler spaces. This widened the ship by two feet and necessitated the installation of a larger 18,000-horsepower turbine engine in order to maintain its service speed of twenty-one knots. In addition, six of Britannics fifteen watertight bulkheads were raised to B deck to aid in containing flooding if the hull was breached. As a lack of lifeboats had famously contributed to the high loss of life aboard Titanic, Britannic was fitted with additional lifeboats and massive sets of davits. These special davits were capable of reaching lifeboats on both sides of the ship to ensure that all could be launched even if it developed a severe list. Though an effective design, some were blocked from reaching the opposite side of the ship due to the funnels. War Arrives Launched on February 26, 1914, Britannic began fitting out for service in the Atlantic. In August 1914, with work progressing, World War I began in Europe. Due to the need to produce ships for the war effort, materials were diverted from civilian projects. As a result, work on Britannic slowed. By May 1915, the same month as the loss of Lusitania, the new liner began testing its engines. With the war stagnating on the Western Front, the Allied leadership began looking to expand the conflict to the Mediterranean. Efforts to this end began in April 1915, when British troops opened the Gallipoli Campaign at the Dardanelles. To support the campaign, the Royal Navy began requisitioning liners, such as RMS Mauritania and RMS Aquitania, for use as troopships in June. Hospital Ship As casualties at Gallipoli began to mount, the Royal Navy recognized the need to convert several liners to hospital ships. These could act as medical facilities near the battlefield and could transport the more severely wounded back to Britain. In August 1915, Aquitania was converted with its troop transport duties passing to Olympic. On November 15, Britannic was requisitioned to serve as a hospital ship. As suitable facilities were constructed on board, the ship was repainted white with a green stripe and large red crosses. Commissioned at Liverpool on December 12, command of the vessel was given to Captain Charles A. Bartlett. As a hospital ship, Britannic possessed 2,034 berths and 1,035 cots for casualties. To aid the wounded, a medical staff of 52 officers, 101 nurses, and 336 orderlies was embarked. This was supported by a ships crew of 675. Departing Liverpool on December 23, Britannic coaled at Naples, Italy before reaching its new base at Mudros, Lemnos. There around 3,300 casualties were brought on board. Departing, Britannic made port at Southampton on January 9, 1916. After conducting two more voyages to the Mediterranean, Britannic returned to Belfast and was released from war service on June 6. Shortly thereafter, Harland Wolff began converting the ship back into a passenger liner. This was halted in August when the Admiralty recalled Britannic and dispatched it back to Mudros. Carrying members of the Voluntary Aid Detachment, it arrived on October 3. The Loss of the Britannic Returning to Southampton on October 11, Britannic soon departed for another run to Mudros. This fifth voyage saw it return to Britain with around 3,000 wounded. Sailing on November 12 with no passengers, Britannic reached Naples after a five-day run. Briefly detained in Naples due to bad weather, Bartlett took Britannic to sea on the 19th. Entering the Kea Channel on November 21, Britannic was rocked by a large explosion at 8:12 AM which struck the starboard side. It is believed that this was caused by a mine laid by U-73. As the ship began to sink by the bow, Bartlett initiated damage control procedures. Though Britannic had been designed to survive taking heavy damage, the failure of some watertight doors to close due to damage and malfunction ultimately doomed the vessel. This was aided by the fact that many of the lower deck portholes were open in an effort to ventilate the hospital wards. In an effort to save the ship, Bartlett turned to starboard in the hope of beaching Britannic on Kea, approximately three miles away. Seeing that the ship would not make it, he ordered abandon ship at 8:35 AM. As the crew and medical staff took to the lifeboats, they were aided by local fishermen and, later, the arrival of several British warships. Rolling on its starboard side, Britannic slipped beneath the waves. Due to the shallowness of the water, its bow hit the bottom while the stern was still exposed. Bending with the weight of the ship, the bow crumpled and the ship vanished at 9:07 AM. Despite taking similar damage as Titanic, Britannic only managed to remain afloat for fifty-five minutes, approximately one-third the time of its older sister. Conversely, losses from the sinking of Britannic numbered only thirty while 1,036 were rescued. One of those rescued was nurse Violet Jessop. A stewardess before the war, she survived the Olympic-Hawke collision as well as the sinking of Titanic. HMHS Britannic at a Glance Nation:  Great BritainType:  Hospital ShipShipyard:  Harland Wolff (Belfast, Northern Ireland)Laid Down:  November 30, 1911Launched:  February 26, 1914Fate:  Sunk by mine on November 21, 1916 HMHS Britannic  Specifications Displacement:  53,000 tonsLength:  882 ft., 9 in.Beam:  94 ft.Draft:  34 ft. 7 in.Speed:  23 knotsComplement:  675 men Sources WebTitanic: HMHS BritannicHMHS BritannicLost Liners: HMHS Britannic

Gender in West Africa Free Essays

In the West African community, the concept of power among women lies within the vibrant differences between the roles of each gender. Women were and still are the foundation of the African community as they exercise the power to protect life and educate children. Despite this prominent position, they are not in any way seen as equal to men. We will write a custom essay sample on Gender in West Africa or any similar topic only for you Order Now This conventional perception changed temporarily, or perhaps was slightly regarded differently, when in 19th Century, Behanzin, one of the most renowned kings of Dahomey, a country now known as Benin, used his army of women to fight the French army because of the invasion of the French settlers in the Dahomey territory, which brought resistance. These women, called â€Å"Amazons,† fought with exceptional courage and were often considered invincible by their opponents. With the use of Amazons in the kingdom of Benin, a significant alteration in the gender roles occurred in the African community. This alteration, giving female soldier’s roles almost exclusively reserved for males, reflects what Butler and Kimmel discuss in their books—gender as social construct and performativity. It could be conceded that gender lines were crossed with this new position of women, but a closer look at the situation will prove the opposite to be. At first glance the physical and mental transformations of Amazons into men would make it seem that the women were able to achieve power that had been formerly reserved for men; however, on closer inspection, there is significant evidence that many features of the traditional gender norms were unchanged in the long-run, despite appearances to the contrary. How to cite Gender in West Africa, Essay examples

OSH Legislation Essay Sample free essay sample

1. Occupational safety and wellness is a cross-disciplinary country concerned with protecting the safety. wellness and public assistance of people engaged in work or employment. ?Reason why we need OSHA criterion? Moral†¢An employee should non hold to put on the line hurt at work. nor should others associated with the work environment Economic†¢poor occupational safety and wellness public presentation consequences in cost to the State Legal†¢Occupational safety and wellness demands may be reinforced in civil jurisprudence and/or condemnable jurisprudence ; it is accepted that without the excess â€Å"encouragement† of possible regulative action or judicial proceeding. many organisations would non move upon their implied moral duties ?ILOa. ILO/WHO ( 1995 ) high spots: Occupational wellness should take at: the publicity and care of the highest grade of physical. mental and societal wellbeing of workers in all businesss. 2. Legislationa. Legislation is jurisprudence which has been promulgated by a legislative assembly or other regulating organic structure. B. Why authorities introduce statute law?I. To do safety and wellness issues mandatory for employers and employees c. Types of LegislationActs?Acts are Torahs that are passed by parliament and are really general in footings. ?Acts describe general responsibilities.?Acts may be repealed or cancelled but are more frequently replaced by ulterior Acts. ?They can besides be amended to maintain them up to day of the monthRegulations?Regulations are Torahs written under the authorization of an Act. ?They give elaborate or proficient consequence to the Act?If a individual does non follow with a ordinance they can be prosecuted ?Regulations describe specific dutiesCodes of Practice?A codification of pattern is written to give people practical counsel on how they can follow with general responsibilities and duties. ?In most instances. a codification is written for the counsel of employers and should be followed unless it can be shown that the responsibility in the Act can be achieved in another manner Standards?Standards guarantee the production and bringing of safe. high quality goods and services. ?Stand ards are developed by assorted organic structures such as SIRIM Berhad and the National Institute of Occupational Safety and Health ( NIOSH ) . Malaysia. Guidance Notes. Strategies. Policies and Statements 3. Regulating of Lawsa. Factory and Machinery Act 1967I. It sets out a model for participatory determination devising at both the authorities and workplace degree. B. Occupational Safety and Health Act 1994 ( Act 514 )I. To do farther proviso for procuring that safety. wellness and public assistance of individuals at work two. To set up the National Council for Occupational Safety and Health and for affairs connected therewith. three. The list of ordinances under this Act- Occupational Safety and Health †¢Employers’ Safety and Health General Policy Statements- ( Exception ) Regulations 1995 †¢Control of Industry Major Accident Hazards – Regulations 1996 †¢Safety and Health Committee – Regulations 1996 †¢Classification. Packaging and Labelling of Hazardous Chemicals – Regulations 1997 †¢Safety and Health Officer – Regulations 1997†¢Prohibition of Use of Substance – Order 1999†¢Use and Standards of Exposure of Chemicals Hazardous to Health – Regulations 2000 †¢Notification of Accident. Dangerous Occurrence. Occupational Poisoning and Occupational Disease – Regulation 2004 c. Maritime Law A ; SOLAS I. National jurisprudence†¢National Maritime Law includes norms from assorted subdivisions of the jurisprudence. †¢This is due to the complexness of nautical operations and the demand to cover the wide set of inquiries linked to activities at sea. two. International public jurisprudence†¢International public Maritime Law is characterized by the measure and complexness of ordinances on the usage of the World Ocean. †¢ It developed bit by bit in response to prevalent conditions. There were two distinguishable phases in the history of its development. †¢the UN Convention on the Law of the Sea of 1982. Initially 119 provinces were signers to it and there are now 126 parties to the convention including the EU. †¢Convention on the Territorial Sea and tahe Contiguous Zone of 1958 †¢Convention on the Continental Shelf of 1958 †¢Agreement on the Panama Canal of 197†¢International Convention for the Safety of Life at Sea of 1974 †¢International Convention on Standards of Training. Certification and Watching for Sea Farers †¢MARPOL 73/78†¢International Convention on the Creation of an International Fund for Compensation of Damage from Pollution by Petroleum of 1992 three. International private jurisprudence†¢USCGd. Petroleum ProductI. Petroleum ( Safety Measures ) Act 1984two. Gas Supply Act 1993†¢The intent of this supervising is to guarantee the involvement of all involved parties. such as gas supply industry. consumers and public. in the facets of safety. economic system. dependability. quality and efficiency is ever protected. 4. Safety A ; Health Committeea. FunctionI. Supply a manner for direction and workers to run into on a regular basis and discourse workplace wellness and safety issues. two. cognize about the occupational wellness and safety commission and that the commission studies on and promotes the work they do. iii. encourages workers and direction to work together to develop and supervise wellness and safety plans and decide any wellness. safety and public assistance issues b. Role i. aid develop and administer policies. patterns and processs that promote wellness and safety in the workplace two. act as a problem-solvinggroup and aid with the designation. appraisal and control of jeopardies in the workplace three. assist decide wellness and safety issues in the workplace four. aid with the planning of action. including the scene of precedences for commanding jeopardies v. review the direction of injured workers and their rehabilitation plans vi. aid in the employment of workers with disablements. Potential Workplace Hazard DefinitionAccidentAn event or series of events and fortunes that consequences in one or more specified unwanted effects Near MissAn event or series of events that could hold resulted in one or more specified unwanted effects IncidentAn event or sequence of events and fortunes that may ensue in one or more specified unwanted effects EnvironmentHazards†¢A jeopardy is anything that could do hurt or unwellness. oThe stuffs and equipment we work withoThe layout of the work countryoThe system or process used to execute work undertakings †¢Hazard CategorizationPhysicalUnguarded machineryHeat and coldChemicalExample: dust and exhaustsChemical Hazard:– Classification of Chemicals. Packaging and Labeling– Material Safety Data Sheet ( MSDS )– Chemical Hazards Management Related Law A ; RegulationLabeling RequirementChemical Registration– Chemical and Biological Monitoring and Medical Surveillance Biological Monitoringa sensible indicant of exposures to risky environmental stresses the employee might meet on the occupation Exposurecontact with a biological. chemical. or physical jeopardy Hazardous Materialis any substance or compound that has the capableness of bring forthing inauspicious effects on the wellness and safety of worlds Medical Monitoringis the systematic aggregation and analysis of wellness information on groups of workers potentially exposed to harmful agents Occupational Diseaseis a disease caused by exposures to jeopardies in the workplace – The wellness hazard from a peculiar chemical is a map of both its toxicity and the exposure dose really absorbed by the user Toxicity the capacity of a stuff to bring forth hurt or injury when the chemical has reached a sufficient concentration ( dose ) at a certain site in the org anic structure Exposuredose is the sum of chemical that has been absorbed by the organic structure and could therefore range that site to make harm The riskthe chance that this dose concentration will happen – Routes of Exposure BiologicalExample: infection and diseasesBiological HazardThe international biological jeopardy symbol PsychologicalExample: overwork and favoritismMental Workload and Shift WorkErgonomicTerminology – Greek: Ergon = work. Nomos = TorahsExample?Furniture and layout?Tool and equipment design?AgeFactors?Gender?Previous Injury?Health Factors?Stress?Physical Conditioning?Computer Use?Extracurricular Activities ?Hazard ControlMeasure 1: Identifying a jeopardyMeasure 2: Hazard assessment?Outcome?Probability?Exposure?existing controlsMeasure 3: Hazard Control1st – Eliminationtaking away disused equipmentcut downing the volume of chemicals stored on site2nd – Substitutionreplacing a chemical that is less risky3rd – Engineering controlssuiting machine guardingbetter airing4th – Administrative controlsguarantee that operators are to the full trainedcut down the exposure of any one individual to a specific jeopardy5th – Personal protective equipment ( PPE )hearing protection devices. goggles. safety footwear. baseball mitts. overalls and protective suits Step 4: Monitoring and Evaluation Industrial Housekeeping A ; OSH Management Identify Potential Hazards in Relation to Improper Industrial Housekeeping †¢Physical Agreement†¢Waste and Scrap Issues ConceptSeiri ( Sort ) series of stairss by which we identify things which are being held in the workplace when they shouldn’t. or are being held in the incorrect topographic point. place a big country devoted to tools or gages. some of which are needed on a regular basis and some used infrequently. Seiton ( Set ) the series of stairss by which the optimum administration identified in the first pillar are put into topographic point. Seiso ( Shine ) The rule is that we are all happier and therefore more productive in clean. bright environments. There is more practical component in that if everything is clean it is instantly ready for usage. Seiketsu ( Standardisation ) described as Standardized killing. but other names adopted include Standardisation. Systematisation and Sanitation. Seiketsu can be the idea of as the agencies by which we maintain the first three pillars. kind. set in order and reflect on a regular basis. Shitsuke ( Sustain ) The concluding phase is that of Discipline. Integrate 5S Into Workplace Culture.†¢good housework is a day-to-day activity and happens hebdomad in hebdomad out. it neer stops. Time must be allocated for all housework undertakings and cheques on housework criterions should be scheduled on a hebdomadal or monthly footing. For those who wish to retain the usage of initial S’s in English this is frequently listed as Sustain or Self-discipline CommunicationWe need people to be cognizant of what we are seeking to accomplish. and why. EducationThey need to understand the constructs and the single techniques. Wagess and RecognitionPeople need to experience that their attempts are recognised TimeIf we want people to pass five proceedingss every four hours taking swarf from the floor around their machine we have to do certain that we allow them StructureWe need to place what is to be done. by whom. and guarantee that agendas are updated and clearly seeable Benefit of 5sApplied OSH Management?Reduced set-up times?Reduced rhythm times?Reduce hunt / retrieval clip?Effective usage of floor infinite?Reduced accident rate?Higher productiveness because of lower wastage of adult male hours?Better equipment dependability?Consistent high quality?Overall decrease in costs?Reliable and timely bringing?Accident Prevention. Probe andCorrective Action?Risk Management?Promotion and Training?Performance Measurement and Monitoring?Auditing and Review Industrial pollution – cause and control Causes of Environmental Pollution in Shipbuilding†¢Environmental pollution is caused when stuffs detrimental to life are released into the ambiance. land or H2O. Workplace Noise PollutionNoise?Unwanted Sound. because it can Cause Annoyance. Interfere with Speech or Communication. and/or Cause Hearing Impairment. ?Shipbuilding. the metal fiction workshop. where heavy machinery is used for metal organizing utilizing big home base. is an highly noisy environment Land Legal Part ( Focus in Malaysia )†¢the Environmental Quality Act 1974 ( amendments 1985. 1996 ) †¢Section IV of the Economic Exclusive Zone Act 1984. Care of the Environment†¢Disposal of chemicals†¢Preventing Air Pollution†¢Prevention of Water Pollution Environmental controlsGeneral controls†¢use appropriate preventative care processs†¢ensure good industrial housework pattern†¢use the correct disposal methods.Control the pigment scrapings from boats undergoing fix and repainting Control the escape of chemicals into the land or H2OReducing noise pollution and noise exposure†¢use personal hearing protection. such as ear stoppers or ear muffs†¢move noisy tools and machinery to more stray locations †¢install soundproofing around noisy equipment†¢modifying tools and machinery to do less noise†¢ensure that task rotary motion includes quiet countries and so that single exposure is minimised †¢schedule the noisiest undertakings for times when there are fewer people in the workplace. Personal safety 1. Hand tools2. Preventing Fallss3. Ladder Safety4. Working on Boat – Employees in the boat edifice industry are exposed to the hazard of falling from tallness. from unprotected borders that can be found during building. a. Factor:I. The deficiency of be aftering during the design and building stage of boat edifice in respect to fall protection systems. two. 2. Lack of regular reviews being conducted on the upper degrees of the boat during building with respect to jeopardies and in peculiar individuals falling from tallness. three. 3. Lack of safety rails around gaps such as step hatches. B. Recommendation: I. 1. Employers should place those countries where employees are likely to be exposed to the hazard of falling from tallness during building. two. 2. Employers should carry on regular reviews on all degrees of the boat during building to find that employees are non exposed to the hazard of falling from tallness. three. 3. Where individuals are at hazard of falling from tallness during building of the boat. so employers must present control steps as defined in the Western Australian Code of Practice on the Prevention of Falls in the Workplace. four. 4. Openings. that individuals could otherwise autumn through. must be provided with a screen strong plenty to transport any foreseeable tonss and fixed in place to forestall dislodgement. or guarded in conformity with Australian Standard AS1657-1992. 5. Electrical safetya. Electricity Is Dangerous?How Is an Electrical Daze Received?– An electrical daze is received when electrical current base on ballss through the organic structure – Whenever two wires are at different electromotive forces. current will go through between them if they are connected. – Prevention-always trial a circut to do certain it is de-energized before working on it B. Accident c. Recognize HazardsI. Inadequate wiring.two. Exposed electrical partsthree. Overhead power line jeopardiesfour. Defective insularity jeopardiesv. Overload jeopardiessix. Wet conditions jeopardiesseven. Extra jeopardies †¢There may be chemical jeopardies.†¢Combination hazard†¢Frequent overhead work can do tendonitis in your shoulders.†¢Frequent of Hand Tools UseB. Lock out and label out circuits and equipmentc. Fire Extinguisher6. Traveling part/equipmentMachine guardshydraulic power toolsPortable scratchy wheelsFuel-powered toolsPowder-actuated toolsPower toolsPneumatic toolsElectric tools 7. Machine safety ProtectionSelfPersonal Protective Equipment?Wear correct PPE?Wear safety spectacless?Wear proper vesture?Contain and secure loose hair?Wear proper pes protection?Wear a difficult chapeauToolsUse the right tool rightProtect your toolsUse double-insulated toolsSignage Management†¢Management leading and employee engagement†¢Work site analysis.†¢Hazard bar and control†¢Safety and wellness preparation Occupational first’s assistance First aidthe proviso of initial attention for an unwellness or hurt. normally performed by a non-expert individual to a ill or injured individual until unequivocal medical intervention can be accessed PurposesContinue lifethe overruling purpose of all medical attention. including first assistance. is to salvage lives Prevent farther harmalso sometimes called prevent the status from declining. or danger of farther hurt. this covers both external factors. such as traveling a patient off from any cause of injury. and using first assistance techniques to forestall deterioration of the status. such as using force per unit area to halt a bleed going unsafe Promote recoveryfirst assistance besides involves seeking to get down the recovery procedure from the unwellness or hurt. and in some instances might affect finishing a intervention. such as in the instance of using a plaster to a little lesion Most First Aid certifications are issued at one of 3 degrees:Degree 1 ( or â€Å"Basic First Aid† . or â€Å"Basic Life Support† ) CPR. hemorrhage. choking and other dangerous medical exigencies Level 2 ( â€Å"Senior First Aid† ) specialized preparation for intervention of Burnss. bites. stings. electric daze and toxicants Level 3 ( â€Å"Occupational First Aid† ) covering advanced first assistance. usage of O and automated external defibrillators and certification Conditionss that frequently require first assistanceAltitude sicknessAnaphylaxisBone fractureBattlefield first assistance BurnsChokingChildbirthCramps in musculussDiving disordersGender-specific conditionsHeart attackHeat stroke Heat syncopeHyperglycemia HypothermiaInsect and carnal bites and stings Joint dislocationPoisoningSeizuresMuscle strains and Sprains StrokeToothacheWounds and shed blooding Confine infinite A confined infinite is any infinite†¢that has limited or restricted agencies of entry or issue†¢is big plenty for a individual to come in to execute undertakings†¢is non designed or configured for uninterrupted tenancy Standard†¢Basic Operationonot to be saveroBut to cut down hazard of danger.o If non. the human death potency is expecting.oIdentification