If Jeff is conducting a science experiment with a 3 rabbit population and the rabbit population doubles every month, Jeff will have 56 rabbits. That's a lot of rabbits.
Discovery of the Fibonacci sequenceThe discovery of the Fibonacci sequence arose as the solution to a problem that required a mathematical approach. Leonardo Fibonacci, who was also known as Leonardo of Pisa, an Italian mathematician of the 13th Century, was trying to model the population of rabbits. His working hypothesis was that each pair of rabbits gave birth to a pair of baby rabbits in a period. In the next period, the babies were not yet old enough to breed but the original pair bred again. In the following period, the original as well as the babies from the first period bred. And so on. The number of pairs of rabbits in any period is given by the Fibonacci sequence.
It is said that he was modelling rabbit population. Each pair of rabbits needed to be two periods old before they could breed and then they would produce a pair of rabbits. The first lot of rabbits then would keep producing a fresh pair of rabbits every period after that - forever! The newly born rabbits would be juveniles until they reached period 2 when they, too, would join the breeding population. Start with 1 pair in period 1. In period 2 they are still juveniles. In period 3 they breed 1 pair. So that makes two pairs. In period 4, they breed again but their offspring are still juveniles so one more pair which makes 3 pairs. In the next period, the original pair breed , and their first set of offspring breed so 2 more pairs, and so on. This gives rise to the recursive formula for the Fibonacci sequence: t(1) = 1 t(2) = 1 and t(n) = t(n-2) + t(n-1) for n > 2
Fibonacci was investigating the question of how fast rabbits could breed under ideal conditions. See the link below.
Rabbits have four feet: two long hind-feet at the back, and two small fore-feet at the front. Wild rabbits get trapped sometimes and loose a foot, but live on with 3. If it is a back one that they lose they tend to hop in circles a lot. Pet rabbits sometimes loose a foot as well, for one reason or another. Disabled rabbits can often be accommodated and can live long, happy lives.what that crazy
0.8 crt/rbt
A. The populations of hawks and rabbits will decrease.B. The populations of hawks and rabbits will increase.C. The population of hawks will increase. The population of rabbits will decrease.D. The population of hawks will decrease. The population of rabbits will increase
The population of rabbits and foxes change over time due to a predator-prey relationship. When the rabbit population increases, it provides more food for the foxes, causing their population to increase. As the fox population grows, they consume more rabbits, leading to a decrease in the rabbit population. This cycle continues in a fluctuating pattern over time.
4.
Rabbits
The population density of rabbits in the park is 10 rabbits per square kilometer.
A. 4,800=2x+150 b. 4,800=2•150^x c. 4,800=2^x+150 d. 4,800=150•2^x
they might eat them
A population of rabbits would be expected to have greater biomass due to their lower trophic level position and larger population size compared to the population of foxes, which occupy a higher trophic level and have a smaller population size.
There is no exact number of rabbits in the world. Rabbit populations vary depending on factors such as habitat, predation, and human impact. In general, rabbits are prolific breeders and can adapt well to different environments.
primary consumers
It is not known, but it seems as if they are an endangered species.
The lynxes eat rabbits, so their effect is to reduce the rabbit population.