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Hazards may be caused by and can be mitigated through

Vulnerability is Exposure refers to while hazard is defined as Hazards may be caused by and can be mitigated through. fullscreen What is Hazard Mitigation? Hazard mitigation describes actions taken to help reduce or eliminate long-term risks caused by hazards or disasters, such as flooding, earthquakes, wildfires, landslides, or dam failure. As the costs of disasters continue to rise, governments and citizens must find ways to reduce hazard risks to our communities It is more cost-effective to mitigate the risks from natural disasters than it is to repair damage after the disaster. Hazard mitigation refers to any action or project that reduces the effects of future disasters. Utilities can implement mitigation projects to better withstand and rapidly recover from hazard events (e.g., flooding, earthquake), thereby increasing their overall resilience Answer: hazard may be caused by accident using or wrong using the tool

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Answered: Vulnerability is Exposure refers to bartleb

Hazards may be caused by and can be mitigated through Simbajonkiramae is waiting for your help. Add your answer and earn points. New questions in Integrated Science. ano ang nangyayari sa tubig kapag inilagay sa isang lugar na mas mababa sa 0 ° C List 5 different mitigation strategies that communities can use to control hazards & disasters. Lessen the impact of a hazard by modifying the environment or progression of the hazard event. Can have the potential to increase vulnerability over the long term &/or cause environmental degradation A hazard can be defined as a dangerous phenomenon, substance, human activity or condition that may cause loss of life, injury or other health impacts, property damage, loss of livelihoods and services, social and economic disruption, or environmental damage

Hazard correction information can be noted on an inspection report next to the hazard description. Employee reports of hazards and reports of accident These may be the result of natural causes (floods, tornadoes, etc.), events caused by humans but beyond control (train or plane accidents, terrorist activities, etc.), or within E. All of the above. OSHA requires fall protection when working near the edge of a trench or an excavation that is _______ or more in depth. B. 6 feet. You are at a higher risk for falling if your portable ladder is: C. Not inspected for defects or safely positioned each time you use it. According to OSHA, a fall hazard exists whenever workers.

What is Hazard Mitigation? Emergency Management Departmen

Biological hazards refer to organisms or organic matters produced by these organisms that are harmful to human health. These include parasites, viruses, bacteria, fungi and protein. In general, there are three major of routes of entry for these micro-organisms into our body, i.e. through the respiratory system, transmission through Climate changes are causing horrendous natural disasters around the world. The impact of these disasters is often greatest in developing countries, because such communities lack the resources and the infrastructure needed to effectively launch relief and recovery efforts. This paper examines how project managers can mitigate the impact of future natural disasters in developing countries Hazard identification is part of the process used to evaluate if any particular situation, item, thing, etc. may have the potential to cause harm. The term often used to describe the full process is risk assessment: Identify hazards and risk factors that have the potential to cause harm (hazard identification) Environmental hazards may include chemical, natural and biological hazards. They can be created by environmental degradation or physical or chemical pollution in the air, water and soil

  1. e and disease, and tertiary effects such as changes in the position of river channels
  2. HAZARD MITIGATION CAN. Save Lives Minimize Societal Disruption Reduce Property & Infrastructure Damage Reduce Liability Reduce Recovery Cost Keep Critical Facilities Operational. Plan projects that are fundable through the FEMA Hazard Mitigation Assistance Grant Program. Current Projects. Solano County HMP. Loma Linda HMP. City of Napa HMP.
  3. Natural Hazards. A hazard is a dangerous condition or threat, natural or man-made that can cause injury, loss of life, or damage to property, livelihood, and environment. Natural Hazards may be grouped under the following 2 major categories. Geological Hazards - Earthquakes, Volcanoes, Tsunami, Landslides, and Avalanches
  4. Awareness, education, preparedness, and prediction and warning systems can reduce the disruptive impacts of a natural disaster on communities. Mitigation measures such as adoption of zoning, land-use practices, and building codes are needed, however, to prevent or reduce actual damage from hazards
  5. g from any hazardous chemical Ergonomic hazards - Repetitive movements, incorrect posture, incorrect set up of work environmen
  6. Like chemical hazards, etiologic agents may be dispersed in the environment via water and wind. Other biologic hazards that may be present at a hazardous waste site include poisonous plants, insects, animals, and indigenous pathogens. Protective clothing and respiratory equipment can help reduce the chances of exposure
  7. 8.4 Geological Hazards Mitigation Efforts . 8.1 Identifying and Profiling Geological Hazards . Geologic hazards are those geologic conditions that present a risk to life (injury or death), of substantial loss or damage to property, or damage to the environment. Geologic hazards affect Utah, negatively impacting life safety, health, property.
Earthquake input excitations: (a) unscaled ground

Some chemical hazards include naturally occurring chemicals, such as mycotoxins, intentionally added chemicals, including the preservative sodium nitrate, and unintentionally added chemicals, like pesticides. Tractor spraying pesticide, which can inadvertently find its way into the food we consum These earthquakes can cause death and injuries for many people as well as for animals and other life forms. roads may be blocked through trees and thus the transportation system may collapse as a result of natural disasters. technology can help to mitigate the adverse consequences of these events Tree hazards develop from a variety of causes. These causes include weather-induced damage, diseases, insect infestations, fire scarring, flooding and channel undercutting, and genetically induced flaws such as V-shaped crotches. Seldom does a single hazard-causing agent plague trees. For example, bark beetles commonly attack trees weakened by root disease, and they may be suffering from heart rot, too A safety hazard is the most common type of hazard that is always present in a construction site. It includes unsafe working conditions that can cause injury, illness, or death. Here are the basic safety hazards in the workplace: Spills on floors or tripping hazards such as blocked aisles or cords running across the floor

The fact is that most geological hazards can be avoided or mitigated through proper land-use planning, engineered design and construction practices, building of containment facilities such as dams, use of preventive measures such as stabilization of landslides, and development of effective prediction and public warning systems Business insurance provides owners a way to protect their finances from losses related to certain hazards. Let's take a look at common problems that insurance might mitigate. A fire rages through the store due to a faulty wire deep within the wall. You could not know the problem existed Exposure can occur occupationally and domestically as a result of the ubiquitous use of benzene-containing petroleum products, including motor fuels and solvents. Active and passive exposure to tobacco smoke is also a significant source of exposure. Benzene is highly volatile, and exposure occurs mostly through inhalation

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manmade hazards are mitigated to an acceptable level. In some cases, mitigation measures to enhance security may be in conflict with other design intentions. The assessment process helps to ensure an understanding of risk, so that it can be consciously ad-dressed within the design process with available resources While the occurrence of these incidents cannot be precisely predicted, their impacts are well understood and can be managed effectively through a comprehensive program of hazard mitigation planning. Ongoing changes in climate patterns around the world may alter the behavior of hydrometeorological phenomena within our lifetimes Endorsements can typically be added to a policy to provide coverage for these perils and for expanding coverage for other perils. Commercial auto policies have more options available and coverage must be specified for each vehicle or type of vehicle. Dam-ages from geologic hazards may or may not be covered, depending on the policy Hazard mitigation plans are prepared and adopted by communities with the primary purpose of identifying, assessing, and reducing the long-term risk to life and property from hazard events. Effective mitigation planning can break the cycle of disaster damage, reconstruction, and repeated damage. Hazard mitigation plans can address a range of natural and human-caused hazards Emergency preparedness includes planning, preparation, mitigation, response, and recovery. This guidance article discusses planning and mitigation. Organizations should take an all-hazards approach to planning for facility- and community-based natural and human-made disasters. Participation in annual community-based drill exercises is mandatory

Fall Hazard Recognition, Prevention and Control 6 July 16, 2005 - Wayne Mueth (died 7/17/05), 42 years old, Millwright (S/T), 21 years seniority, DaimlerChrysler, Fenton, Missouri, LU 110, Region 5.Victim was ejected from a work platform basket elevated on hi-lo forks while pulling conveyor chain, which was attache Studies show that absorption of chemicals through the skin can occur without being noticed by the worker, and in some cases, may represent the most significant exposure pathway. Many commonly used chemicals in the workplace could potentially result in systemic toxicity if they penetrate through the skin (i.e. pesticides, organic solvents) Specific Hazards And Mitigation Class 9 MCQs Questions with Answers. Appearing Students of Class 9 Exams can download MCQ on Specific Hazards And Mitigation Class 9 with Answers from here. By practicing Class 9 Disaster Management Chapter 4 MCQ with Answers, you can score well in the exam

Learn about different risk mitigation strategies for disasters, as well as some risk mitigation resources. Natural hazards have been the cause of the vast majority of Federal Disaster Declarations. Hurricanes, earthquakes, tornadoes and other natural hazards cannot be prevented. Some technological hazards such as a regional power outage cannot be prevented by an individual business Hazard Mitigation is defined as any sustained action taken to reduce or eliminate the long-term risk to life and property from hazard events. It is an on-going process that occurs before, during, and after disasters and serves to break the cycle of damage and repair in hazardous areas. Hazard Mitigation Planning Toxic materials are substances that may cause harm to an individual if it enters the body. Toxic materials may enter the body in different ways. These ways are called the route of exposure. The most common route of exposure is through inhalation (breathing it into the lungs). Another common route of entry is through skin contact Housing may also affect health when it is not properly supplied with environmental health services such as garbage collection, water, sanitation and drainage. The inadequate provision of these services, however, extend beyond the housing realm, and may cause hazards for the city or town as a whole 8. Biological hazards. Blood or other bodily fluids, bacteria and viruses, insect bites, and animal and bird droppings are all considered biological hazards. These are also called biological agents, and they can cause illnesses and diseases in humans. Parasitic worms and some plants are biological agents

2. Mitigation Mitigation embraces all measures taken to reduce both the effect of the hazard itself and the vulnerable conditions to it in order to reduce the scale of a future disaster. Therefore mitigation activities can be focused on the hazard itself or the elements exposed to the threat Step 1 - Identify hazards -. Identify and find things which have the potential to cause harm, these can include: Biological hazards - Bacteria, viruses, animals, other humans. Chemical hazards - Hazards stemming from any hazardous chemical. Ergonomic hazards - Repetitive movements, incorrect posture, incorrect set up of work environment NIOSH leads a national initiative called Prevention through Design (PtD) to prevent or reduce occupational injuries, illnesses, and fatalities through the inclusion of prevention considerations in all designs that impact workers. Hierarchy of controls is a PtD strategy. To learn more, visit the PtD website

Vulenrability isExposure refers towhile hazard is defined

Frostbite can occur when bare skin is exposed to very low temperatures. Frostbite can be prevented by adequate clothing. Sunburn, which may occur in hot or cold conditions, can be debilitating. Sunburn may be prevented by wearing adequate sunscreen.; Snow blindness, a burning of the cornea, is caused by the intense ultraviolet solar radiation multiplied by sunlit snow potential to cause harm. A hazardous event is an incident or situation that can lead to the presence of a hazard (what can happen and how). Risk is the likelihood of identified hazards causing harm in exposed populations in a specified timeframe, including the magnitude of that harm and/or the consequences Anthropogenic Hazards. These are hazards that occur as a result of human interaction with the environment. They include Technological Hazards, which occur due to exposure to hazardous substances, such as radon, mercury, asbestos fibers, and coal dust.They also include other hazards that have formed only through human interaction, such as acid rain, and contamination of the atmosphere or. 9 Avoidable Workplace Health and Safety Hazards Workplace health and safety hazards can be costly (to lives and the bottom line), but the good news is that they are largely preventable if you take. According to Webster's dictionary, mitigation is defined as, to make milder, less severe or less violent. When applied to electrical workplace safety, arc flash mitigation involves taking steps to minimize the level of hazard and/or the risk associated with an arc-flash event

Learn about moral hazard, how it can affect outcomes and how it contributed to the conditions that led to the 2008 financial crisis hazards may not be preventable, the damage inflicted by extreme events can be significantly reduced. Disaster mitigation is defined as sustained action taken to reduce or eliminate the long-term risk to people and property from hazards and their effects (FEMA, 1999). It can b These differences in pressure can cause contaminants to be drawn or forced into the distribution system. Contamination introduced due to backflow into the distribution system may then flow freely into other customer connections. The following conditions must be present for contamination to occur through cross-connections Furthermore, through the implementation of groundwater management policies charged to reduce or eliminate land subsidence, the damage to infrastructure, life, and property can be mitigated ultimately helping to push society towards a future of resiliency and long term sustainable prosperity The volcanic hazard can involve a sequence of disastrous events, leading to cascading effects in multiple systems. An effective Disaster Operations Management tool should be focused on a dynamic evolution of risk, in order to minimize physical and economic losses

Hazard mitigation Flashcards Quizle

The following strategies can be used in risk mitigation planning and monitoring. Assume and accept risk. Avoidance of risk. Controlling risk. Transference of risk. Watch and monitor risk. 1. Assume and accept risk. The acceptance strategy can involve collaboration between team members to identify the possible risks of a project and whether the. define the threats and hazards that could cause harm to a school. Section 1.3 discusses how to perform a vulnerability assessment to identify school weaknesses that might be exploited by a terrorist or aggressor. Combining the results of the asset value, threat, and vulnerability assessments in Sections 1.1 through 1.3, the next ste and hazards, develop context that shows how those threats and hazards may affect the community. 3. Examine the Core Capabilities Using the Threats and Hazards. Using the threat and hazard context, identify impacts to the community through the lens of the core capabilities described in the Goal. 4. Set Capability Targets. Looking across the. Employees can also contract diseases from flies, which are bearers of more severe illnesses. Also, mosquitoes swarm dead fish, sewage, rainwater, tires, cans, and other breeding grounds that when left unchecked can cause diseases such as malaria and dengue Noise: loud work environments can cause irreversible damage to hearing e.g. construction sector; Dust: silica, asbestos and wood dust can all be very harmful to the human body if not managed correctly; Vibration: ill-health caused due the use of vibrating equipment e.g. carpal tunnel syndrome; Radiation: including ionizing, non-ionizing (EMF's, microwaves, radio waves, etc.

2. Substitute the hazard with a lesser risk: Substituting the hazard may not remove all of the hazards associated with the process or activity and may introduce different hazards but the overall harm or health effects will be lessened. In laboratory research, toluene is now often used as a substitute for benzene Excavation Hazards- Affects and Prevention Measures. 1. Pit Excavation up to 3m. Pits up to three meters may be excavated for testing subsurface soil, monitoring water table, foundation construction etc. There are number of hazards which may be encountered in excavations of pits up to 3m depths Earthquake - Earthquake - Methods of reducing earthquake hazards: Considerable work has been done in seismology to explain the characteristics of the recorded ground motions in earthquakes. Such knowledge is needed to predict ground motions in future earthquakes so that earthquake-resistant structures can be designed. Although earthquakes cause death and destruction through such secondary. Hazards that cause the same site effect can magnify the effects of each other in two ways: (1) hazards with similar transient site effects that overlap in space and time (e.g., a co-occurrence of storm surge and riverine flooding may intensify the inundation effect); and (2) hazards with perpetual effects that overlap in space and can interact.

Home Hazards. There are a number of housing-related environmental hazards, such as poor indoor air quality, asthma triggers, lead paint, hazardous household chemicals, drinking water, pest infestation, physical injury risk and fire. Depending on the inhabitants of the home, some hazards may be more of a concern than others Floodwaters can concentrate garbage, debris, and toxic pollutants that can cause the secondary effects of health hazards. Secondary Hazards Secondary hazards are those that occur because of primary hazards. 1) Drinking water supplies may be polluted, especially if sewage treatment plants are within the flooded area. This contamination can. Mitigation may be aimed at reducing the activity of the processes (hazard), the vulnerability of the human elements, or both. Frequently, controlling subsurface dissolution and subsidence processes involved in the generation of sinkholes is a difficult and uncertain task, and consequently, effective mitigation may require careful local planning. Physical hazards are hazards that can cause harm without the worker coming into direct contact with the hazard. Issues such as high noise levels, extreme temperatures, or radiation fall into this category. Biological. Biological hazards are created by exposure to any biological agents that may result in injury or disease Before discussing how you can identify hazards and mitigate potential injuries in your workplace, let's examine some recent statistics on workplace accidents. Workplace Accident Statistics The most recent data on workplace accidents show that there were 882,730 occupational injuries and illnesses in 2017

4.3 Hazard, Exposure, Vulnerability and Resilienc

  1. Natural Hazards Floods Floods are caused by a temporary inundation of water onto normally dry land areas. A flash flood is rapid flooding of a specific area caused by intense rainfall or the collapse of a man-made structure, such as a dam. Floods can cause secondary natural hazards, including subsidence. Medium High Winter Storm
  2. These movements may cause injury by entanglement, friction or abrasion, cutting, shearing, stabbing or puncture, impact, crushing, or by drawing a person into a position where one or more of these types of injury can occur. The hazards of machinery are set out in BS EN ISO 12100 - Part 2: 2003, which covers the classification of machinery.
  3. ated from the future, avoided in the future, or mitigated in the future. European Aviation Safety Agency (EASA) has recently published an opinion on Operational Suitability Data that addresses the issue of the link between certification and operation
  4. ed though modeling the one percent annual chance (100-year) floodplain and.
  5. ds us. Take a hard look at what the risks are for your community, set up plans to mitigate those risks, and respond and recover when necessary. Successful disaster mitigation plans don't happen overnight, she says

06. Focus Four Fall Hazards Flashcards Quizle

Government has also taken various steps or strategies to reduce such disasters through mitigation. Mitigation means actions taken to prevent or eliminate the natural disasters or hazards like flooding, earthquake, landslides, wildfires or dam failure to happen. Risks of life, property, social and economic activities are also part of it This may sound obvious, but you'd be surprised at the number of organizations that ignore such steps, especially those in low-risk environments. Remember, accidents can happen anywhere. Flooring. Once you have established the nature of the potential hazards to mitigate, you should choose the right flooring to ensure safety

3.4.1.6 Chemical hazards that may be intentionally introduced hazards, see Chapter 4 and Chapters 6 through 13 of this guidance for more detailed processing operations and can cause. Chemicals can enter the environment from many different sources such as landfills, incinerators, tanks, drums, or factories. Human exposure to hazardous chemicals can occur at the source or the chemical could move to a place where people can come into contact with it. Chemicals can move through air, soil, and water

officials may consider to mitigate landslide hazards. Example ordinances and codes have been provided to demonstrate potential land-use planning solutions for reducing risk related to landslides. Also included are education and outreach addressingtools slope stabilization that can be shared with affected homeowners A. Prune trees to allow the air to blow through the branches to help keep the tree rooted during strong winds. B. Remove trees that are closer to the structure than the height of the trees at maturity. C. Both of these are correct. 13. There is not mitigation action that can help keep trees rooted during strong winds. A. TRUE B. FALSE. 14 Here are seven of the most common electrical hazards in the workplace and tips on what you can do to mitigate these risks: Overhead Power Lines- Overhead powered and energized electrical lines have high voltages which can cause major burns and electrocution to workers. Remember to maintain a minimum of 10 feet from overhead power lines and.

Mitigating Natural Hazards Through Project Managemen

  1. Construction is noisy and, as a result, noise is a common construction hazard. Loud, repetitive, and excessive noise causes long term hearing problems, such as deafness. Noise can also be a dangerous distraction and may distract the worker from the task at hand, which can cause accidents
  2. or, but Moser says their impact can be costly if the effects are long term
  3. 2.1. Hazard. A hazard can be defined as a potentially damaging physical event, phenomenon or human activity which may cause the loss or life or injury, property damage, social and economic disruption or environmental degradation. Hazards can include hidden conditions that may represent future threats and can have different origins
  4. Tolbert said this is the last point at which harm can be mitigated. Businesses should think of the hierarchy of hazard control as a layered approach rather than a menu of options, he suggested
  5. During construction work, some areas may become confined spaces due to the work being carried out, for example within trenches, unventilated rooms or building voids. What are the main confined space hazards? 1. Lack of Oxygen. Oxygen can be removed from the atmosphere within a confined space through naturally occurring reactions
  6. 5. Drowning. Children aged from one to four years old are at serious risk of drowning. In fact, it is the leading cause of fatalities and injuries in this age group. Children this age can drown in just two inches of water and 800 deaths occur each year in the U.S. alone in this tragic kind of accident

In the United States, much of the tsunami preparedness and mitigation work is conducted through two programs: The National Tsunami Hazard Mitigation Program is a federal/state partnership led by NOAA that also includes the Federal Emergency Management Agency, the U.S. Geological Survey, and 28 U.S. states and territories. Through collaboration, coordination, and support to partner states and. Hazards. According to the United Nations International Strategy for Disaster Reduction (UNISDR), a hazard is a natural process or phenomenon that may pose negative impacts on the economy, society, and ecology, including both natural factors and human factors that are associated with the natural ones implement, follow through and evaluate interventions, this could increase the likelihood of success. A suggested approach was to carry out safety culture audits because, while the available audit tools may be less than optimal, they can indicate an agenda for future development on a range of criteria relating to HSE interest Serious injury or even death may occur. As a source of energy, electricity is used without much thought about the hazards it can cause. Because electricity is a familiar part of our lives, it often is not treated with enough caution. As a result, an average of one worker is electrocuted on the job every day of every year

Safety Data Sheet (SDS) will include one or more of the following hazard statements. • H280 Contains gas under pressure; may explode if heated • H281 Contains refrigerated gas; may cause cryogenic burns or injury Improper handling of compressed gas cylinders can result in adverse physical or health effects About Disaster Mitigation. Disaster mitigation measures are those that eliminate or reduce the impacts and risks of hazards through proactive measures taken before an emergency or disaster occurs. One of the best known examples of investment in disaster mitigation is the Red River Floodway Green; 11 Home Hazards to Know and Avoid If you ask most people where they feel the safest, chances are the answer will be in their own home. But home safety depends on a variety of factors, and. Workers may be exposed to the same potential hazards as the general population, although the amount of exposure and risk may differ. The type of work varies between waste management options with some, such as landfill and incineration, being more automated than others, such as waste collection, sorting and recycling

Hazard Identification : OSH Answer

profiles of hazards that may occur in Baltimore. Chapter Three assesses the City's vulnerability to hazards of particular concern by identifying susceptible structures when possible and analyzing development trends. The draft State of Maryland Hazard Mitigation Plan supplies much of the hazard profiling and some of th Most volcanic gases are noxious and smell bad, but they can cause mass fatalities. An rare case of mass deaths by volcanic gases in 1986 at Lake Nyos, in Cameroon, West Africa. Tons of carbon dioxide spilled out of Lake Nyos, and flowed silently down a canyon and through 3 village occupied by 1700 people

Hazard PreventionWeb

  1. Harm can be caused when exposed to 'live parts' or through conducting objects or materials. Shocks from equipment can cause severe and permanent injuries. Shocks can also cause indirect injuries, such as falls from . ladders; scaffolds; other work platforms. Faulty or overloaded equipment can lead to fires which can cause damage, injuries and.
  2. Earthquake Hazards. The type of hazard depends on the strength of seismic activity, along with such factors as local topographic and built features, subsurface geology and groundwater. A large earthquake will always be followed by a sequence of aftershocks. Ground Shaking. If an earthquake generates a large enough shaking intensity, structures.
  3. ate the long-term risk to human life and property from hazards. The term is sometimes used in a stricter sense to mean cost-effective measures to reduce the potential for damage to a.

Flood Hazards, Prediction, & Mitigatio

Thus, we may define hazard (or cause) as 'a potential threat to humans and their welfare' and risk (or consequence) as 'the probability of a specific hazard occurrence'. The distinction was illustrated by Okrent (1980) who considered two people crossing an ocean, one in a liner and the other in a rowing boat A hazard is a factor or activity that may cause or exacerbate a loss, such as a can of gasoline left outside the house door or a failure to regularly have the brakes of a car checked Energy from ionizing radiation can damage DNA. DNA damage can cause changes to genes that may increase the risk of cancer. The NCI fact sheet Electromagnetic Fields and Cancer lists sources of radiofrequency radiation. More information about ionizing radiation can be found on the Radiation page

Assessing Hazards. Once you have identified the hazards that are present, you will need a method to prioritize RACE to the most serious risks first. In the case of airborne hazards, an assessment may be done through air sampling or constant monitoring. Testing can be initiated by your JHSC because of a request made by an employee 1. Common fire related hazards. The main causes of fire in the workplace are. electricity - neglect or misuse of wiring can lead to short circuits. rubbish and waste material - fire is likely to spread through accumulated waste. smoking - carelessly discarded cigarette butts or lit matches are one of the major causes of fire Biological hazards include harmful bacteria, viruses or parasites (e.g., salmonella, hepatitis A and trichinella). Chemical hazards include compounds that can cause illness or injury due to immediate or long-term exposure. Physical hazards include foreign objects in food that can cause harm when eaten, such as glass or metal fragments