Difference between Inflated and Hyperbolic

INFLATED vs HYPERBOLIC: ADJECTIVE

Having negative curvature or sectional curvature.
Indicates that the specified function is a hyperbolic function rather than a trigonometric function.
Of or pertaining to an hyperbola.
Using hyperbole: exaggerated
Of or relating to hyperbole
A spiral curve, the law of which is, that the distance from the pole to the generating point varies inversely as the angle swept over by the radius vector.
See Logarithm.
Certain functions which have relations to the hyperbola corresponding to those which sines, cosines, tangents, etc., have to the circle; and hence, called hyperbolic sines, hyperbolic cosines, etc.
Whose domain has two (possibly ideal) fixed points joined by a line mapped to itself by translation.
Belonging to the hyperbola; having the nature of the hyperbola.
Of or relating to a hyperbolic function.
Of or relating to a geometric system in which two or more lines can be drawn through any point in a plane and not intersect a given line in the plane.
Of, relating to, or having the form of a hyperbola.
Of, relating to, or employing hyperbole.
Enlarged beyond truth or reasonableness
Of or relating to a hyperbola
Relating to, containing, or of the nature of, hyperbole; exaggerating or diminishing beyond the fact; exceeding the truth.

Swollen or puffed out by air or gas; hence, in zoology and botany, distended or dilated in every direction, and hollowed out, as if by inflation: as, inflated petioles; inflated bladderwort: applied in conchology to rotund shells of light, thin texture, in contradistinction from ventricose.
Turgid; bombastic; pompous: as, inflated oratory.

Pertaining to or of the nature of hyperbole; obviously exaggerating or exaggerated.
Pertaining to or of the nature of the hyperbola.
Having a pair of real points at infinity. Thus, hyperbolic space is so called beacause in it every right line has two real points at infinity; so hyperbolic transformation, substitution, etc.

Excessive, Outsized, Overblown, Overestimated, Exorbitant, Overstated, High flown, High sounding, Blown up, High flying, Pretentious, Raised, Hyperbolic, Increased, Exaggerated

Glib, Fatuous, Disingenuous, Alarmist, Specious, Sensationalist, Absurd, Nonsensical, Paraboloids, Cotangent, Paraboloid, Bell shaped, Increased, Inflated, Exaggerated

Excessive, Outsized, Overblown, Overestimated, Exorbitant, Overstated, High sounding, High flying, High flown, Blown up, Pretentious, Raised, Hyperbolic, Increased, Exaggerated

Tendentious, Glib, Fatuous, Disingenuous, Alarmist, Specious, Sensationalist, Absurd, Nonsensical, Paraboloid, Cotangent, Bell shaped, Increased, Inflated, Exaggerated

However, the inflated numbers continue to be quoted.
Ensure it is inflated and in good condition.
Artificially inflated profits, questionable accounting practices and fraud.
Unfortunately, this approach can lead to inflated assessments.
The Bank likewise period when sales were inflated.
John Hancock inflated rates and the national average.
Received from Airtel an inflated bill of Rs.
Pilot balloons are inflated to achieve standardascension rates.
As properties affected by mortgage fraud are sold at artificially inflated prices, properties in surrounding neighborhoods also become artificially inflated.
An inflated airbag will deflate quickly, so you may not evennotice that the airbag was inflated.

Then again, that might be a bit hyperbolic.
Graphs of the hyperbolic functions and their inverses.
They used hyperbolic and exaggerated language about Jews.
Trunks and Vegeta enter the hyperbolic time chamber.
You Are Invited To The Hyperbolic Time Chamber.
Important Formulas for the Hyperbolic Functions There are similar relations between the hyperbolic functions as between trigonometric functions.
It can handle polynomial, rational, irrational, exponential, logarithmic, trigonometric, inverse trigonometric, hyperbolic and inverse hyperbolic functions.
Rule; Hyperbolic Functions; Inverse Hyperbolic Functions; Infinite Series.
Instead, they consist of a concave hyperbolic primary and a convex hyperbolic secondary mirror.
This entry provides an introduction to hyperbolic dynamics and a detailed treatment of uniformly hyperbolic dynamical systems.