The answer is "proprtional".
The higher the ratio, the faster the rate of diffusion
the birth rate is the rate of birth in a population, the death rate is the number of deaths in a population and the growth rate is the growing numbers of the population.
Distance equals rate multiplied by time
No. The relationship between Celsius and Fahrenheit temperatures: C = 5/9*(F-32) is linear. The rate of change is 5/9 F degrees per C degrees but the relationship is not proportional. 0 C is not 0 F.
The higher the respiratory rate and deeper the breaths the lower the blood CO2.
relationship between WACC and required rate of return.
The relationship between stroke volume and pump rate?
farts
As stroke volume increases, pump rate decreases. This is an inverse relationship.
Sampling rate is a very complex thing to understand. Sampling rate does not have a specific volume, but it mainly depends on what was recorded or how it was recorded. Also what sampling rate was used may even be involved. A digital recording is governed by two things, the sample rate and the bit depth. A sound wave is determined by two things also, the frequency of the signal and it's amplitude (How loud it is at that instant per wave). To convert from a sound wave to a digital format we have to examine the current frequency and amplitude and convert these analogue values to digital ones. The rate at which we do this is called the sample rate. At the same instant we sample the volume which is stored in a value called the bit depth. The bit depth relates to a binary value of which for instance 16 bit represents a value in decimal from 0 - 32765. Obviously the bigger the bit depth the larger the value number can be stored & therefore the higher resolution of the amplitude waveform is available.
The recovery heart rate tells you how fit you are. Thus the relationship between the two is simple. Athletes will have a low recovery rate making them very healthy and fit.
it is Lister
Flow rate= radius to the fourth power
To find out the relationship between the rate of reaction and the concentrations of reactants.
Rmin =R*1.2
the rate of fermentation increases with temperature, then it rapidly decreases!