The zygote undergoes cleavage, a series of mitotic cell divisions, to form a blastula. Cleavage is important for increasing the number of cells while reducing their size, eventually leading to the formation of a hollow ball of cells known as the blastula.
Animal zygotes divide to form more cells. The zygote divides itself many times by mitosis until an embryo is formed.
2,4,6...
If one cell divides six times, it will produce 64 cells in total. This is because each division results in a doubling of the number of cells, so 2^6 = 64.
The cell divides twice during meiosis, resulting in four daughter cells with half the number of chromosomes as the parent cell.
The zygote undergoes cleavage, a series of mitotic cell divisions, to form a blastula. Cleavage is important for increasing the number of cells while reducing their size, eventually leading to the formation of a hollow ball of cells known as the blastula.
Animal zygotes divide to form more cells. The zygote divides itself many times by mitosis until an embryo is formed.
Animal zygotes divide to form more cells. The zygote divides itself many times by mitosis until an embryo is formed.
1620
Three
3
Three
A blastula typically consists of a single layer of cells, known as the blastoderm. This layer will eventually differentiate and grow into the various cell types that form the organism.
2,4,6...
The number of zeros is determined by how many times 12 divides into 15!. To determine this, since 12 = 22*3, we will look at how many times 2 and 3 divide into 15!. 2 divides 2,6,10,14 once, 4,12 twice, and 8 three times, so that 2 divides 15! exactly 11 times. 3 divides 3,6,12,15 once and 9 twice, so that 3 divides 15! exactly 6 times. From this, we can see that 12 divides into 15! exactly 5 times, since 125=210*35. In other words, the base-12 representation of 15! ends in 5 zeros.
100
It divides once, and becomes 2 cells.