You may have a crack and/or leak in either the bulb itself or the fuel lines between the bulb and the gas tank and carb.
because there is not enough gas in the engine so to fix it prime it twice the amount of times it says to prime it then it should not stop if it stops it means you have a piece of crap
A hedge trimmer with a 2 stroke engine will be gas powered. This type of hedge trimmer requires the user to mix oil in the fuel before using it.
yes 2 cycle engine
Makita makes both string and hedge trimmers. The hedge trimmer comes in 22 or 25 inch. The string trimmer is a four stroke, fuel efficient trimmer with a commercial duty engine.
The engine on a 4-cycle Craftsman trimmer is typically manufactured by companies like Briggs & Stratton or other third-party manufacturers. Craftsman often sources engines from these reputable brands to ensure reliability and performance. To confirm the specific engine model, it's best to check the trimmer's user manual or product specifications.
Engine, not motor. It'll typically be a two stroke engine with one or two cylinders.
Specific impulse is the term that describes the amount of thrust created per unit of mass of an engine and fuel. It is measured in seconds and is a crucial factor in determining the efficiency and performance of a rocket engine.
For an Echo grass trimmer, the recommended mix ratio for 2-cycle engine oil is typically 50:1, which means you should use 2.6 ounces of 2-cycle oil per gallon of gas. Always refer to your specific model's user manual for precise instructions, as some models may have different requirements. Ensuring the correct oil-to-gas ratio is crucial for optimal performance and engine longevity.
Specific impulse is the term that describes the amount of thrust created per unit of mass of an engine and fuel. It is a measure of efficiency for rocket engines and is typically expressed in seconds.
The duration of Ivor the Engine is 600.0 seconds.
Specific impulse :)
The efficiency of a heat engine is affected by the amount of working gas it contains. A larger amount of working gas can lead to higher efficiency because it allows for more energy to be converted into useful work. Conversely, a smaller amount of working gas may result in lower efficiency as there is less gas available to transfer heat and produce work.