Computer hazards are issues that arise within the micro-architectures of a CPU that prevent it from executing the next pipe stage of a programmed instruction. CPU hazards can be further divided into three sub-categories: structural, data and control.
Physical hazards are chemicals, substances and products that threaten the physical safety of a human being. Common types of physical hazards include fire, chemical reactions and explosions, according to Instructional Designs.
Some common hazardous materials include corrosive substances, such as sodium hydroxide, vehicle batteries, fireplace cleaners and plating wastes, states EnviroStars. Others include ignitable liquids that can cause fires through spontaneous chemical changes and friction, including some dry cleaning c
Some common hazardous chemicals include ricin, perchloric acid and tetranitromethane. Ricin is a poison derived from castor beans and is a waste product left over from the production of castor oil. It causes injury if it is inhaled.
Mechanical hazards refer to moving machinery that can cause injury or death, according to Texas State University. OSHA explains that mechanical hazards occur in three basic areas: at the point where work is performed, in the power transmission apparatus and in other moving parts.
A hazard is a source of damage, danger or harm that may happen to someone or something in certain situations; risk is the probability that a person may be harmed if exposed to a certain potentially dangerous situation. Companies often use a risk assessment to keep employees and customers safe.
Pesticides, lead, contaminated water, mercury, carbon monoxide, tobacco smoke and asbestos are types of environmental hazards that pose health risks. Many people are exposed to environmental hazards at industrial work sites or when using chemicals and appliances in private homes.
Safety hazards in computer labs, data centers or server rooms include electrocution, hot spots from servers and heavy equipment lifting, according to Processor. Electrocution can occur because of exposed wires, arcing faults due to high voltage, and equipment repair. Hot spots from servers cause fir
Wiley Online Library defines the hazard ratio as the measurement used to determine the process of time to failure. The hazard ratio is a broad way of evaluating relative risk.
Important tips for handling hazardous materials include using personal protective equipment and keeping chemicals in a central location, below eye level and not on benches or floors, to avoid spills, states College of Saint Benedict, Saint John's University. Store combustible and flammable fluids in