There is no relationship between dose and cubic centimeters.
Cubic centimeters is a measure of volume.
Dose is a measure of the total quantity, or of the amount per unit mass or other normalizing ratio, of a pharmaceutical or of a toxic agent that enters an exposed organism.
Sometimes a dose may be measured in terms of volume of the agent or of volume per unit mass or of concentration in air or water.
4 x 40/100 = 1.6 cubic centimetres
What dose a line graph tell you about the relationship between the variables in an experiment
I believe a cubic rectangle has four vertices
James P. OKunewick has written: 'The relationship between post-irradiation recovery and equivalent residual dose' -- subject(s): Dose-response relationship, Ionizing radiation
The relationship between caffeine dose and its physiological effects is shown in the caffeine dose response curve. This curve illustrates how increasing doses of caffeine lead to a corresponding increase in physiological effects, such as alertness and heart rate. However, there is a point where further increases in caffeine dose do not result in additional benefits and may even lead to negative side effects.
Dose-Response Function
Four
The MTD is the dose where there is no death or morbid condition (one can have some adverse events occured at the MTD. On the other hand NOAEL is the dose where there is no sign of toxicity... The clinical dose can be at MTD or at NOAEL but it should not cross the MTD.
Dose response curves can be used to address both parts of the question by providing a visual representation of how different doses of a substance affect a biological response. This can help in determining the optimal dose for desired effects and understanding the relationship between dose and response.
6 centimetres does represent 0.00006 kilometres.
No-observed adverse effect level or NOAEL
That is when you respond to every need she/he may have.