observable |
wonderful |
Related terms |
Observable is a related term of wonderful.
As adjectives the difference between observable and wonderful
is that
observable is able to be observed while
wonderful is tending to excite wonder; surprising, extraordinary.
As a noun observable
is (physics) any physical property that can be observed and measured directly and not derived from other properties.
known |
observable |
As adjectives the difference between known and observable
is that
known is identified as a specific type; renowned, famous while
observable is able to be observed.
As nouns the difference between known and observable
is that
known is in algebra, a variable or constant whose value is already determined while
observable is (physics) any physical property that can be observed and measured directly and not derived from other properties.
As a verb known
is .
visitable |
observable |
As adjectives the difference between visitable and observable
is that
visitable is capable of being visited while
observable is able to be observed.
As a noun observable is
(physics) any physical property that can be observed and measured directly and not derived from other properties.
perceived |
observable |
As adjectives the difference between perceived and observable
is that
perceived is generally recognized to be true while
observable is able to be observed.
As a verb perceived
is past tense of perceive.
As a noun observable is
any physical property that can be observed and measured directly and not derived from other properties.
conceivable |
observable |
As adjectives the difference between conceivable and observable
is that
conceivable is capable of being conceived or imagined; possible; credible; thinkable while
observable is able to be observed.
As a noun observable is
(physics) any physical property that can be observed and measured directly and not derived from other properties.
observable |
subject |
As adjectives the difference between observable and subject
is that
observable is able to be observed while
subject is likely to be affected by or to experience something.
As nouns the difference between observable and subject
is that
observable is (physics) any physical property that can be observed and measured directly and not derived from other properties while
subject is (
label) in a clause: the word or word group (usually a noun phrase) that is dealt with in active clauses with verbs denoting an action, the
subject and the actor are usually the same.
As a verb subject is
to cause (someone or something) to undergo a particular experience, especially one that is unpleasant or unwanted.
observable |
considerable |
As adjectives the difference between observable and considerable
is that
observable is able to be observed while
considerable is considerable.
As a noun observable
is (physics) any physical property that can be observed and measured directly and not derived from other properties.
measurable |
observable |
As adjectives the difference between measurable and observable
is that
measurable is able to be measured while
observable is able to be observed.
As nouns the difference between measurable and observable
is that
measurable is that which can be measured; a metric while
observable is any physical property that can be observed and measured directly and not derived from other properties.
observable |
observant |
As adjectives the difference between observable and observant
is that
observable is able to be observed while
observant is alert and paying close attention; watchful.
As nouns the difference between observable and observant
is that
observable is any physical property that can be observed and measured directly and not derived from other properties while
Observant is a member of a Franciscan order that strictly observes the rules of St. Francis.
outstanding |
observable |
As adjectives the difference between outstanding and observable
is that
outstanding is prominent or noticeable; standing out from others while
observable is able to be observed.
As a noun observable is
(physics) any physical property that can be observed and measured directly and not derived from other properties.
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