It depends if there are an other complications but it also varies from a human to another so no one can really say just hope for the best
The percentage of survival rate after a stroke can vary depending on the severity of the stroke, the individual's age and overall health. On average, approximately 60-70% of individuals who experience a stroke will survive. It is important to seek immediate medical attention to improve outcomes.
As of 2020, the literacy rate in Arizona is approximately 79%. This rate indicates the percentage of individuals aged 15 and above who can read and write with understanding.
The percentage of former prisoners who are rearrested is referred to as the recidivism rate. This rate is used to measure how many individuals reoffend and return to the criminal justice system after being released from incarceration.
Drivers aged 14 and under had the lowest percentage rate of alcohol-related traffic deaths in the US in 2012.
Literacy rate is the percentage of people in a population who can read and write at a specified age, usually measured at age 15 or older. It is an important indicator of a country's educational attainment and development level.
Mississippi has the lowest percentage of internet access per household, with a reported rate of around 71%.
The relationship between stroke volume and pump rate?
A percentage can not be a rate.
increased heart rate can cause a stroke
pulse rate
As stroke volume increases, pump rate decreases. This is an inverse relationship.
The stroke death rate is about 17.61%(~795,000 cases divided by ~140,000 deaths.) That makes the survival rate about 82.39%. However, the recovery rate is 66 and 2/3%.
about 55%
hello
shelter,food,water
To find the base, percentage and rateperce ntage = base * rate (rate in decimal)base = percentage/rate (rate in decimal)rate = percentage/base * 100%Example:Base = 10Percentage = 2Rate?Rate = 2/10 * 100% = 20%
The stroke volume and the heart rate. The stroke volume is the volume of your blood and heart rate is how many beats there are per minute.
Cardiac output = heart rate X stroke volume Thus, if the heart rate decreases so will the cardiac output, assuming the stroke volume is constant.