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An ecologist studied an area with popula...

An ecologist studied an area with population A, thriving on unlimited resources and showing exponential growth and introduced population B and C to the same area. What will be the effect on the growth pattern of the population A, B and C when living together in the same habitat?

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To analyze the effects of introducing populations B and C into the habitat of population A, we can break down the situation step by step: ### Step-by-Step Solution: 1. **Initial Condition of Population A**: - Population A is thriving in an environment with unlimited resources, leading to exponential growth. This means that A has sufficient food, space, and favorable climatic conditions to grow without constraints. 2. **Introduction of Populations B and C**: ...
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Read the following text and answer the following question on the basis of the same : Growth of population with time shows specific and predictable patters. Two types of growth patter of populaiton are exponetial and logistic growth . When resource in the habitat are unlimited each species has the ability to relize fully its innate potential to grow in number . Then the population gorws in exponential fashion . When the resource are limited growth curve shows an inital slow rate and then it accelerates and finally slows giving the gorwth curve which is sigmoid . Study the population growth curves (A and B) in the given graph and select the incorrect statement :

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Read the following text and answer the following question on the basis of the same : Growth of population with time shows specific and predictable patters. Two types of growth patter of populaiton are exponetial and logistic growth . When resource in the habitat are unlimited each species has the ability to relize fully its innate potential to grow in number . Then the population gorws in exponential fashion . When the resource are limited growth curve shows an inital slow rate and then it accelerates and finally slows giving the gorwth curve which is sigmoid . The population growth is generally descibed by the following equations : dN//dt = rN(K-N)//K What does 'r' represent in the given equation ?