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Analogy

All Question - (352)

Friendship
Clearly
Enunciate
Mumble
Flamboyant
Fallacious
Detestable
Facetious
Drama : Acts
sticks : drums
governments : politics
album : photographs
Glossary : Text
Volume : Manual
Issue : print
career : biography
temptation : conquer
starvation : Eat
Humor : laugh
wanderlust : Travel
correspond : letters
promote : ranks
Debate : issues
invade : boundaries
mummies : egypt
mummies : human
mummies : Animals
mummies : martyrs
Glacier : Refrigerator
glacier : ice
glacier : mountain
glacier : cave
penulty : wealth
chaos : disorder
monarchy : republic
verbosity : words
Related : Halt
Block : Obstruct
Drag : Procrastinate
Detain : Dispatch
Created: 2 years ago | Updated: 2 years ago
destroy
accuse
modest
release
Created: 2 years ago | Updated: 2 years ago
rectify
friends
advocate
release
strange : Dogmatic
Law : anarchy
Deceptive : Converse
Extend : Enlarge
Snivel : Hypocrisy
tittler : Arrogance
basill : leaf
Release : Retain
odometer :speed
yardstick : distance
gn: gunpowdrr
Transistor : sound
parable: obfuscate
performer: entertain
pedant:construct
Virus: prevent
epidemic : contagiousness
vaccine : virus
anesthetic : numbness
therapy : phychosis
commuter :train
gladiator :arena
senator :caucus
patient :ward

The concepts of analogy and homology are probably easier to exemplify than to define. When different species are structurally compared, certain features can be described as either analogous or homologous. For example, flight requires certain rigid aeronautical principles of design, yet birds,  bats, and insects have all conquered the air. The wings of all three types of animals derive from functions. In this case, the light organs of creatures can be said to be analogous. In contrast, features that arise from the same structures in the embryo but are used in different functions are said to be homologous. The pectoral fins of a fish, the wings of a bird and the forelimbs of a mammal are all homologous structures. They are genetically related in the sense that both the forelimb and the wing evolved from the fin.
difficult to understand
easier to understand through examples than through definitions
impossible to explain
simple to define but hard to apply