sexual reproduction
A sequence of events that repeats itself is known as a cycle.
This is known as a cycle.
A sequence of events that repeats itself is known as a cycle or a loop. This repeating pattern can occur in various contexts, like nature, mathematics, or programming.
Rhizopus zygote has an elongated structure called the suspensor that connects the zygote to the point of attachment. Alongside the zygote, a structure known as the columella may be present, which aids in the formation of spore-producing structures.
Faulty Condom? ---------------------------------------------------------------- I don't really want to delete an answer so..... It's called a zygote.
Sequence of Events.
A sequence of events that repeats itself is known as a cycle.
This is known as a cycle.
A sequence of events over time is called a timeline. Depending on the spacing of the events, it can also be called a chronology, a history, or a record. A regular sequence of events over a fixed period of time might also be known as a pattern or cycle.
A following of one thing after another in time.
A sequence of events that repeats itself is known as a cycle or a loop. This repeating pattern can occur in various contexts, like nature, mathematics, or programming.
Fibonacci is a famous mathematician who lived around the turn of the 13th century. He is known for a sequence where each number is the sum of the two preceding it. He presented it as the total number of rabbits in a population after so many time periods, assuming that each pair of rabbits had a set number of birthings then died.
A fertilized ovule is called a zygote.
Fibonacci's rabbit problem involves tracking the reproduction of rabbits over time, where each pair of rabbits produces another pair every month. The sequence of numbers that arises from this scenario is known as the Fibonacci sequence. A diagram typically shows the number of rabbit pairs at each time step, illustrating how the numbers grow according to the sequence.
Plot
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.
Fertilization is the short answer. This process results in a fertilized egg known as a zygote.