Someone with a respiration rate below 12rpm is considered bradypnoeic. Anyone with a respiration rate over 20rpm is considered tachypnoeic.
having no heart rate. basically dying
Power is defined as the rate at which energy is used, generated, moved, or converted.Power is the rate of speed at which work is accomplished.
1) Bit Rate Reduction 2) Business Readiness Rating
Pulse rate is how fast your heart pumps blood to the rest of your body.-Chloe SalomPulse rate is how fast your heart pumps blood to the rest of your body. from the hands
standard mail is used primarily to advertise products and services.
standard mail is used primarily to advertise products and services.
It is the same as it is in calculus: Its the point on a curve where the rate of the rate of change of the curve flips.
So that the patient receives the drug at the correct dose rate and total dose. If the dose rate is too fast harm may occur even if total dose is correct. If the dose rate is too slow the response may be inadequate even if total dose is correct.
The actual rate is the total dollars divided by total hours or pieces. The actual formula is not dependant on any standard rate. The rate variance, however, cannot be determined without the standard rate. The rate variance is the difference between actual rate and standard rate.
(actual time * standard rate) - (standard time * standard rate)
You multiply x by z to get u and then dose the number by x to get the rate
The higher the literacy rate, the higher the standard of living
Standard Tour Operator rate.
Standard Tour Operator rate.
The real estate default rate is the rate of borrowers that fail to remain current on their loans. When a homeowner is in default, their house may be in danger of being foreclosed on.
To calculate the radiation dose rate from a known nuclide and its activity, you can use the formula: [ \text{Dose Rate} = \frac{\text{Activity} \times \text{Dose Constant}}{r^2} ] where the activity is measured in becquerels (Bq), the dose constant is a value specific to the nuclide (measured in units like µSv/h per Bq), and ( r ) is the distance from the source in meters. This equation accounts for the inverse square law, indicating that the dose rate decreases with the square of the distance from the source.