The order in which major invertebrate features evolved generally follows this sequence: first, the emergence of multicellularity, leading to the development of simple body plans. Next, the evolution of tissues and symmetry, particularly radial symmetry in cnidarians. Subsequently, the rise of bilateral symmetry and the development of more complex organ systems in flatworms and other groups, followed by the evolution of coelomates and segmented body plans in arthropods and annelids. Finally, the diversification into various phyla with specialized structures and adaptations.
If the sequence is taken to start 1,1,2,... then the 100th term is 354,224,848,179,261,915,075 And you've got to hope I have typed that in correctly!
which correctly demonstrates the sequence in which the three major worldwide econmic transformations occured
It's 80. if that's not right, then the sequence wasn't explained correctly.
a scene that interrupts the sequence of events in a narrative to relate earlier events
body cells, capillaries, alveoli
Simple and short DNA sequence and their inherent separation but later group into the genome sequence.
1.zygote 2.fetus 3.emryo 4.blastoclyst
A discrete cosine transform (DCT) expresses a sequence of finitely many data points in terms of a sum of cosine functions oscillating at different frequencies
From small fish to penguins to seals
Sonnets 31 and 39 illustrate the characteristic of the sonnet sequence where the speaker expresses conflicting emotions and themes throughout the progression of the poems. This characteristic highlights the dynamic nature of the speaker's feelings and experiences, adding depth and complexity to the overall sequence.
Dumbo is the film that features the famous Pink Elephants sequence.
If I understand your question correctly, such a sequence is an = x cos(πx). It has neither an upper nor lower bound. It's divergent, but its limit is neither infinity nor negative infinity.