Spark, heat, & lightning.
No electrial spark or fire at the plugs.
are the wires good? Plugs?
The barrel is not timed properly to the switch.
Most of the time water will extinguish a fire, but there are some situations where water can make a fire worse by spreading it, such as a grease fire on a stove, or a puddle of fuel burning. In those situations, a fire extinguisher should be used instead.
possibly the wire from the coil to the cap, or a cracked distrib. cap, or a worn rotor, have you checked your ignition module?
A secondary source of ignition refers to an alternative cause that can ignite a fire or explosion, typically arising after an initial ignition event has occurred. Examples include sparks from electrical equipment, heat from machinery, or flames from nearby materials. In fire investigations, identifying secondary sources is crucial for understanding how a fire spread or escalated beyond its original point of origin. These sources can often exacerbate a situation, leading to more extensive damage or risk.
Natural energy sources
The order of fire prevention goals is typically: elimination of ignition sources, controlling fuel sources, and managing oxygen availability.
The four types of ignition sources that could cause a fire are open flames, such as matches or lighters; electrical sources, including faulty wiring or overloaded circuits; hot surfaces, like stoves or engines; and sparks, which can be generated by machinery, welding, or static electricity. Each of these sources can ignite flammable materials in the presence of heat, oxygen, and fuel, leading to a fire. Proper safety measures and precautions are essential to prevent such ignition sources from causing fires.
Gasoline and lighter fluid are examples of flammable things that can easily catch fire and burn. These substances should be handled with care and stored in well-ventilated areas away from sources of ignition to prevent accidents.
A source of ignition for a fire can include anything that produces enough heat to ignite flammable materials. Common sources include open flames, such as matches or lighters, electrical sparks from faulty wiring, hot surfaces like stovetops, and friction from materials rubbing together. Additionally, static electricity or chemical reactions can also serve as ignition sources. Proper safety measures can help prevent these ignition sources from leading to unintended fires.
this comes from the Latin word igniswhich means "fire". So in English we have ignition,ignite, etc.
Ignis is the latin word for fire and ignition is lighting something on fire.
Examples of heat sources could be grouped into two (2) based on there origin. They are; 1. Natural Heat Sources. The natural heat sources could be sub-divided into two; a. External Source, e.g Sun. b. Internal Source, e.g Geothermal, i.e. Magma. 2. Man-made Heat Sources. These includes heat generated from; a. Electricity, e.g Electric Cooker and Oven. b. Fire, e.g Coal.
Yes, sometimes a faulty ignition switch can cause the engine to not fire. Also, a bad spark park can the engine to not fire.
Examples of artificial light sources include incandescent bulbs, fluorescent tubes, LED lights, and neon lights. Artificial light is any light produced by humans for lighting purposes, as opposed to natural light sources like the sun or fire.
Three common sources of fire ignition in homes include cooking equipment, such as stovetops and ovens, which can easily catch fire if left unattended; heating devices like space heaters or fireplaces that may ignite nearby flammable materials; and electrical faults, such as overloaded outlets or faulty wiring, which can lead to electrical fires. Additionally, candles and smoking materials also pose significant risks if not used carefully. Proper safety measures can help mitigate these hazards.