Thermoregualtion is energetically expensive for many orgainsms particularlyA. Small animalsB. ShrewsC. Humming birdsD. All of the above

Thermoregualtion is energetically expensive for many orgainsms particu

1.	Thermoregualtion is energetically expensive for many orgainsms particularlyA. Small animalsB. ShrewsC. Humming birdsD. All of the above
Answer» Correct Answer - D Thermoregulation is energetically expensive for many organisms particulary small animals like shres and humming birds.

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Define the following terms and give one example for each: (a) Commensalism (b) Parasitism (c) Camouflage (d) Mutualism (e) Interspecific competition
Select the statement which explains best parasitism. (a) One organism is benefited. (b) Both the organisms are benefited. (c) One organism is benefited, other is not affected. (d) One organism is benefited, other is affected.
Which statements are true? (a) One is benefitted and other unaffected in mutualism. (b) Both partners are benefitted in commensalism. (c ) One kills and feeds on another in predation.(d) Both partners are benefitted in symbiosis.A. a and b onlyB. a and c onlyC. b and c onlyD. c and d only
Assertion Commensalism is a type of positive interaction. Reason In commensalism, one organism is benefitted, while other is harmed.A. If both Assertion and Reason are true and the Reason is the correct explanation of AssertionB. If both the Assertion and Reason are true, but the Reason is not the correct explanation of AssertionC. If Assertion is true, but the Reason is falseD. If Assertion is false, but the Reason is true
Select the statement which best explains commensalism (a) One organism is benefitted (b) Both the organisms are benefitted (c) One organism is benefitted , other is not affected (d) One organism is benefitted , other is affected .
Each environment can support a limited population depending upon itsA. Biotic potentialB. Carrying capacityC. NatalityD. Reproductive potential
The per individual change in a population due to natality can be estimated by using (Here, `DeltaN_(n))` =New individuals , N=initial populations , `Deltat`=change in time)A. `(Ndeltat)/(DeltaN_(n))`B. `(NDeltaN_(n))/(t)`C. `(DeltaN_(n)Deltat)/(N)`D. `(DeltaN_(n))/(N Deltat)`
In an area, if there are 200 Parthenium plants but only a single huge banyan tree with a large canopy, the population density is measured in terms ofA. Number or biomassB. Number of per cent coverC. Biomass or per cent coverD. Number, biomass or per cent cover.
One species is benefitted and other is neutral. This association is calledA. MutualismB. CommensalismC. AmensalismD. Parasitism
The size of a population for any species is not a static parameter. It keeps changing in time, depending on various factors includingA. Food availabilityB. Predation pressureC. Adverse weatherD. All of the above

Thermoregualtion is energetically expensive for many orgainsms particularlyA. Small animalsB. ShrewsC. Humming birdsD. All of the above

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