Sexual reproduction has played the most crucial role in evolution of.pdf

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Sexual reproduction has played the most crucial role in evolution of plants. The primitive plants were cryptogames in nature which did not produce flowers, fruits or seeds.These primitive plants were completely devoid of sexual reproduction and dependent upon reproduction by generation and dispersal of spores. These were later evolved into phanerogames which produced seeds but these were still devoid of sexual reproduction. With advent of evolution, the plants developed more advanced features such as flowers which promoted formation of fruits and seeds. This simultaneously gave rise to angiosperms and gymnosperms. These evolutionary forms of plants were capable of performing sexual reproduction primarily by cross-pollination. These plants slowly increased variation and speciatin in the ecosystem which lead to establishement of many new species. Infact, with these evolutionary successions, the plants have evolved into their present form where sexual reproduction plays a most crucial role by establishing multiple types of species in the history of plant evolution. Thus, sexual reproduction has evolved many different times and in many differenty types in the evolutionary history of plants with generating more than 20 plants alone. This states that the statement is true. Solution Sexual reproduction has played the most crucial role in evolution of plants. The primitive plants were cryptogames in nature which did not produce flowers, fruits or seeds.These primitive plants were completely devoid of sexual reproduction and dependent upon reproduction by generation and dispersal of spores. These were later evolved into phanerogames which produced seeds but these were still devoid of sexual reproduction. With advent of evolution, the plants developed more advanced features such as flowers which promoted formation of fruits and seeds. This simultaneously gave rise to angiosperms and gymnosperms. These evolutionary forms of plants were capable of performing sexual reproduction primarily by cross-pollination. These plants slowly increased variation and speciatin in the ecosystem which lead to establishement of many new species. Infact, with these evolutionary successions, the plants have evolved into their present form where sexual reproduction plays a most crucial role by establishing multiple types of species in the history of plant evolution. Thus, sexual reproduction has evolved many different times and in many differenty types in the evolutionary history of plants with generating more than 20 plants alone. This states that the statement is true..

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Amount deposited (base amount) = 2000Rate of interest = 5Amount.pdf

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24. Accomodation - n. Ability of lens to chhange shape diminishes as one ages 25. Astigmatism - o.Unequal curvatures of lens or cornea causing blurred vision 26.Audiometer - h. Measures frequency and intensity of audible range of sound 27.Auditory ossicles- l. transmit sound waves from tympanic membrane to inner ear 28.bitter taste- u.Produced by alkaloids detected on posterior tongue 29.Cochlea- b.contains sensory organs for hearing 30.conduction deafness y.intereference with conduction of sound vibrations to fluids of inner ear 31.emmetropia- p.Normal vision: light focuses on retina 32.glaucoma- v.increased intraocular pressure due to insufficient drainage of aqueous humor 33.gustatory cells- e.dendrites project through the pores in the taste bud 34. hypermyopia- d. Ability to focus for close vision under 20 feet 35.Iris- r. regulates the amount of light entering through the pupil of the eye 36.Myopia- a. near sightedness; inability to focus on objects farther away 37.near point- w. Closest point at which clear focus is possible 38.Nerve deafness- s.Neural structures relating to hearing have been damaged 39.Olfactory fatigue- g. Rapid adaptation of olfactory receptors to odors 40.Olfactory neurons- j.Receptors located in the superior nasal concha 41.Optic disk- t.Area of retina tha lacks photoreceptors; blind spot 42.presbyopia- m.Farsightedness; inability to focus on close objects 43.Rinne test- c.Differentiates between nerve and conduction deafness 44.salty taste- x.produced by cations of ionized salts 45.sour taste- i.produced by acids and detected on lateral edges of tongue 46.sweet taste- q.detected on tip of tongue 47.tympanic membrane- k.vibrates when soundwaves hit it; eardrum 48.weber test- f.base of tuning fork placed on forehead during hearing test Solution 24. Accomodation - n. Ability of lens to chhange shape diminishes as one ages 25. Astigmatism - o.Unequal curvatures of lens or cornea causing blurred vision 26.Audiometer - h. Measures frequency and intensity of audible range of sound 27.Auditory ossicles- l. transmit sound waves from tympanic membrane to inner ear 28.bitter taste- u.Produced by alkaloids detected on posterior tongue 29.Cochlea- b.contains sensory organs for hearing 30.conduction deafness y.intereference with conduction of sound vibrations to fluids of inner ear 31.emmetropia- p.Normal vision: light focuses on retina 32.glaucoma- v.increased intraocular pressure due to insufficient drainage of aqueous humor 33.gustatory cells- e.dendrites project through the pores in the taste bud 34. hypermyopia- d. Ability to focus for close vision under 20 feet 35.Iris- r. regulates the amount of light entering through the pupil of the eye 36.Myopia- a. near sightedness; inability to focus on objects farther away 37.near point- w. Closest point at which clear focus is possible 38.Nerve deafness- s.Neural structures relating to hearing have been damaged 39.Olfactory fatigue- g. Rapid adaptation of olfactory receptors to odo.

24. Accomodation - n. Ability of lens to chhange shape diminishes as.pdf

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1.They trade away higher fecundity for future reproduction. 2.Resources devoted to one function or trait cannot be devoted to another. For all organisms,natural selection favors allocation strategies that optimize resource use over the life course. Because energy and resources are inherently limited,all organisms face important trade-offs in how they divide and use their resources at any given point in the life course.The laws of thermodynamics dictate that energy allocated for one task cannot simultaneously be allocated for another task. Solution 1.They trade away higher fecundity for future reproduction. 2.Resources devoted to one function or trait cannot be devoted to another. For all organisms,natural selection favors allocation strategies that optimize resource use over the life course. Because energy and resources are inherently limited,all organisms face important trade-offs in how they divide and use their resources at any given point in the life course.The laws of thermodynamics dictate that energy allocated for one task cannot simultaneously be allocated for another task..

1.They trade away higher fecundity for future reproduction.2.Resou.pdf

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