yes
Yes. Overdose.Morphine lowers respiratory rate IE heart rate & breathing.Methadone does the same thing.This can cause your heart to stop.These 2 drugs are especially dangerous when used with alcohol.
Yes, music does affect the rate of a heartbeat. Music can often be used to lower the heart rate and tension level in a human.
Lipitor (atorvastatin) is primarily used to lower cholesterol levels and reduce the risk of cardiovascular disease, but it is not specifically indicated for lowering heart rate. While some individuals may experience changes in heart rate as a side effect, it is not a common or intended effect of the medication. If you're concerned about heart rate or any side effects, it's best to consult a healthcare professional for personalized advice.
Morphine will provide relief from pain and gives the patient a sense of wellbeing. Opiates in general slow down breathing, heart rate and brain activity and as a result the body's tolerance to pain is increased. Morphine also suppresses the cough reflex which is why it is used to treat severe coughs. Morphine does have side-effects, two of the most common are constipation and nausea and with higher doses of morphine, additional drugs to relieve or prevent these symptoms may be needed.
Both Nicotine and Caffeine cause temporary increases in heart rate. Alcohol can, but does not always, indirectly cause a temporary increase in heart rate due to relaxed blood vessels resulting in the heart needing to pump harder and faster to overcome the lower blood pressure.
Because they have to keep training and their heart has probably got used to how fast it has to beat per minute! i think that's right ask you'r parents if u need to! but if you'r an adult then ask a friend or someone else!
Heart rate monitors are used to monitor heart rate on a longer-time basis. You can buy heart rate monitors between £10-500. You can use them whilst you are exercising so that you avoid the risks of exceeding your maximal heart rate.
Morphine, Oxygen, Nitrates, Aspirin Used in the acute phase of a heart attack.
Heart Rate Reserve (HRR) is calculated by subtracting a person's resting heart rate from their maximum heart rate. The maximum heart rate is typically estimated using the formula 220 minus the individual's age. HRR is used to determine training intensity for aerobic exercise, guiding individuals in establishing appropriate heart rate zones for effective cardiovascular workouts.
Morphine is used for medical treatment.
The Karvonen Theory, or Karvonen Formula, is a method used to determine target heart rate zones for exercise intensity. It calculates the target heart rate based on an individual's resting heart rate, maximum heart rate, and desired exercise intensity percentage. The formula is: Target Heart Rate = [(Maximum Heart Rate - Resting Heart Rate) × Desired Intensity] + Resting Heart Rate. This approach helps tailor cardiovascular workouts to optimize fitness benefits based on personal heart rate levels.
Target Heart Rate