The practical values of knowing the pulse rate of a farm animals are great in number. One value is realizing when something is wrong.
The practical values of knowing the pulse rate of a farm animals are great in number. One value is realizing when something is wrong.
Monostable multi vibrator has got one stable state. Its pulse duration depends on the resistor and capacitor values used. By changing these values, the pulse duration can also be changed. Hence the circuit can be used for pulse control.
the answer is yes Yes, all animals with a heart. All Animals that bleed have a heart and therefore have a pulse. Your definition of animals will lead top the answer, but you'll find that only things like insects and perhaps some sealife dont have pulse. All Mammals have Pulse.
you stick a thermometer up the animals but. Its true
if you mean what animals, then all of them
Of course they do. It needs a heart to beat the blood around its body which generates its pulse. Same with all animals.
Pulse rate is important in examining any circulating disturbance. The average pulse rate in small domestic animals like cats ranges from 90 -120 per minute and in big animals like horse it ranges from 28- 40 per minute.
because the data is sent as a series of digitally coded numeric values.
Pulse rates are typically considered ratio measurements. This is because they have a true zero point (a pulse rate of zero indicates no heartbeat) and allow for meaningful comparisons between values, such as saying one person has a pulse rate twice as high as another. Additionally, pulse rates can be mathematically manipulated, which is characteristic of ratio data.
The apical pulse may be a little bit faster than say a radial pulse because of the slight lag in time as blood rushes from the heart into larger arteries. Any LARGE difference between the values of apical and other pulses observed is called a PULSE DEFICIT. This could indicate a cardiac impairment (i.e. a weakened heart).
Small and young animals have higher metabolic rates and energy requirements, which lead to faster pulse rates to deliver oxygen and nutrients efficiently. Additionally, small animals have a higher surface area to volume ratio, requiring more rapid circulation to maintain body temperature. As animals age and grow larger, their metabolic rate typically decreases, leading to a slower pulse rate.
In general, pulse width does not directly affect wave speed. The speed of a wave is determined by the medium through which it is propagating and the properties of that medium, rather than the pulse width itself. However, in practical applications, a shorter pulse width may allow for a higher data transmission rate in communication systems, which can indirectly impact the speed of information transfer.