Compression/Exhaust.
Ischemic strokes occur due to blood vessels becoming blocked while hemorrhagic strokes are the result of broken blood vessels in or near the brain.
they occur in the brain
Four. The "four strokes" refer to 1) intake ~ The intake valve opens as the piston goes down to suck in the fuel and air mixture 2) compression ~ The intake valve closes and the piston goes up to compress the mixture 3) combustion (power) ~ The spark plug ignites the mixture forcing the piston down 4) and exhaust ~ The exhaust valve opens as the piston goes up to push out the burned gas strokes that occur during two full crankshaft rotations. This is the most basic of explanations, it's far more accurate to think of the cycle in terms of 8 phases rather than 4 180 degree strokes. It would take too much space here to explain but isn't really all that complicated.
In a two-stroke cycle engine, the crankshaft completes one full revolution to complete one thermodynamic cycle. This is because two strokes of the piston (one upward and one downward movement) correspond to one crankshaft revolution, allowing for both the intake and exhaust processes to occur within that single rotation.
A hemorrhagic stroke relates to your brain. Strokes can occur in large or vast amounts (small usually referred to mini stroke). Strokes all take place in the brain. Some people usually think strokes are heart related.
two-thirds of strokes occur in people over age 65 but they can occur at any age
The number of strokes that occur each year varies but estimates suggest that around 15 million people worldwide experience a stroke annually. It is one of the leading causes of death and disability globally. Improving awareness, prevention, and access to healthcare can help reduce the incidence of strokes.
No, it's in the cylinder between the head and piston.
44
A hemorrhagic stroke relates to your brain. Strokes can occur in large or vast amounts (small usually referred to mini stroke). Strokes all take place in the brain. Some people usually think strokes are heart related.
Strokes can occur at any time of day, but research suggests that they are more likely to happen in the early morning hours, particularly between 6 AM and noon. This increase may be linked to fluctuations in blood pressure and heart rate during sleep and upon waking. Additionally, factors such as stress, dehydration, and changes in blood viscosity can contribute to the timing of strokes. However, it’s essential to recognize that strokes can strike unpredictably, regardless of the hour.
Slopes