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What else can I help you with?
How do you calculate relative risk from incidence rate?
Relative risk (RR) can be calculated by comparing the incidence rates of an event occurring in two groups. First, determine the incidence rate in the exposed group (e.g., those with a risk factor) and the incidence rate in the unexposed group (e.g., those without the risk factor). Then, divide the incidence rate of the exposed group by the incidence rate of the unexposed group (RR = Incidence Rate in Exposed / Incidence Rate in Unexposed). A RR greater than 1 indicates increased risk, while a RR less than 1 indicates decreased risk.
What factor decreases the excitatory level of the muscles?
fatigue
What factor decreases the excitatory level of the spinal cord?
Fatigue decreases the excitatory level of the spinal cord
If the volume of a sphere decreases by a factor of 27 what happens to its diameter?
The volume of a sphere is 4/3 pi R3, which shows that volume is proportional to the cube of the linear dimension. Alternatively, the linear dimension is proportional to the cube-root of the volume.If volume decreases by a factor of 27, diameter decreases by a factor of (cube-root of 27) = 3. Diameter becomes 1/3rd the original diameter.
Is race a factor in cancer?
There are some racial differences in cancer incidence, detection, and survival.
What is the effect of a limiting factor on a population?
The population decreases.
Which factor decreases the excitatory level of the muscles?
Fatigue.
Does air pressure increase or decrease towards the center of the hurricane?
Air pressure decreases towards the center of a hurricane, reaching its lowest point at the eye of the storm. This decrease in pressure is a key factor in the strong winds and intense storm surge associated with hurricanes.
Other associated names for rheumatoid factor?
It seems that rheumatoid factor is the only name that is used for it.
How does kVA change as Power factor changes?
Power = volts x amperes x power factor. However, VA or kVA is simply the product of volts x amperes, and does not take into account the power factor. Note that in many practical situations, the power factor is close to 1.
What is the most important factor affecting seawater density?
The most important factor affecting seawater density is its temperature. As temperature increases, seawater density decreases, causing it to expand and rise. Conversely, as temperature decreases, seawater density increases, causing it to contract and sink.
Does light have a rest mass in water simply because its speed decreases and a Lorentz factor can be associated with it?
No. Photons are massless wherever you find them. They "hide" behind wave-particle duality, and that lets them do the quirky things they do. And, though they can assume their choice of "costume" as it suits them, they have no mass whatsoever.
