"supposed quantity" is a grammatically correct phrase that can be used in written English.
It is typically used to refer to a quantity that is assumed, presumed, or expected but not necessarily confirmed or accurate. Example: The recipe called for a supposed quantity of sugar, but I ended up adding more to taste.
Suppose that quantity C is a common cause of quantities A and B, that the system in question is deterministic, and that the quantities a and b which, in addition to C, determine the values of A and B are microscopic and independently distributed for each value of C. Then A and B will be uncorrelated conditional upon each value of C. Now define quantities D A+B and E A-B.
Suppose that quantity is measured with error ε t, that is: textrm{ true demand)}{q}_{t}^=beta {p}_{t}+gamma {W}_{t} textrm{ observed quantity)}{q}_{t}={q}_{t}^+epsilon_{t} where W t represents all determinants of demand and ε t is pure independent measurement error.
This gives a more realistic emulation of the physical quantity that an accelerometer is supposed to measure.
As already mentioned, conventionalists attempted to escape the circularity by positing a priori statements, known as "coordinative definitions", which were supposed to link quantity-terms with specific measurement operations.
According to the quantity variation of sodium alginate incorporated in different noodles, it is supposed that the optimum quantity of sodium alginate is partially depended on the gluten strength of mixed flour.
I would say that it's mean, but how else are we readers of the Times, we considerers of the hoi polloi, supposed to approach a quantity like Snooki but with a cool gaze?
A small quantity of "supposed secondary α′-martensite" was generated in a specimen suffering 40% engineering strain after being sensitized for a long time and water quenched.
Since the regenerator is supposed imperfect, an additional quantity of heat Q r, to bring by the hot source, is essential: ∮ δ Q r = ∮ C p T rf d m f + ∮ C p T rc d m c. (40).
The constant quantities are supposed to result from simultaneously running supply and mineralization processes.
Unfortunately there can be good theoretical reasons for supposing that some quantity has a state-space that is open: the set of all possible speeds of massive objects in special relativity surely is an open set, since it includes all speeds up to, but not including, the speed of light.
