n+n would be 'n' from number of chromosomes from each parent. Each parent only gives half of their chromosomes to their offspring.
2n would be the fertilized zygote, with both 'n's joined.
An example would be: humans with a normal genome have 46 (23 pairs) chromosomes. Each gamete would have only 23.
Simple, Meiosis reduce the chromosome number in half while fertilization doubles the chromosome number. n=chromosome number Meiosis = 2n (primordial germ cells) ----> n (sperm cell/egg cell/polar bodies) Fertilization = sperm (n) + egg (n) ----> 2n (zygote)
each spermatid has the correct chromosomal number for fertilization (n), but is nonmotile.
the answer is N. Spores grow gametophytes that produce a haploid gamete through mitosis once fertilization occurs the product is a zygote that is 2n which will grow into a sporophyte that produces spores through meiosis.
In the S phase before mitosis, the chromosomes duplicate into sister chromatids before spearating during mitosis. The number of chromosomes remainds diploid because they double before they are halved.
2n. Given that the sperm has (n) number of chromosomes, and the egg has (n) number of chromosomes, then the zygote will contain (2n) number of chromosomes. For example, a sperm cell of a human contains 23 chromosomes. The egg cell also contains 23 chromosomes. After they join, the resulting zygote will contain 46 chromosomes.
Feigenson. N. E. has written: 'The participation of several paternal forms in the fertilization of maize' -- subject(s): Corn, Fertilization of plants
fertilization is the fusion of male n female gamates whereas amphimixis is the mixing up of their chromosomes.
Simple, Meiosis reduce the chromosome number in half while fertilization doubles the chromosome number. n=chromosome number Meiosis = 2n (primordial germ cells) ----> n (sperm cell/egg cell/polar bodies) Fertilization = sperm (n) + egg (n) ----> 2n (zygote)
Simple, Meiosis reduce the chromosome number in half while fertilization doubles the chromosome number. n=chromosome number Meiosis = 2n (primordial germ cells) ----> n (sperm cell/egg cell/polar bodies) Fertilization = sperm (n) + egg (n) ----> 2n (zygote)
A line, "living" in N-dimensional space, where N is the number of variables.
2n, where n is an integer.
n mvjvndid
each spermatid has the correct chromosomal number for fertilization (n), but is nonmotile.
Full representation of an array begins from the index 0 and ends at n-1 where n is the number of variables of the array.
yes
The subtraction is not commutative, it means that n - 12 is not the same as 12 - n, except when n is 12. For example, suppose that we have a statement such as n - 12 = 12 - n. Can we find a value for n which will satisfy our statement?n - 12 = 12 - n (add n and 12 to both sides)n + n - 12 + 12 = 12 + 12 - n + n2n = 24 (divide by 2 both sides)n = 12Check:n - 12 = 12 - n12 - 12 =? 12 - 120 = 0 TrueBut, for all other values of n, the statement is not true. Let's say that n = 20Does 20 satisfies the statement? Check:n - 12 = 12 - n20 - 12 =? 12 - 208 = -8 FalseHence, we cannot write n - 12 as 12 - n for n ≠12.
N. Walmsley has written: 'Copper coil forming jig' 'The numerical representation of pump-turbine performance characteristics'