Which of following statements about meiosis is INCORRECT?  includes a step where homologous chromosomes recombine   it goes through two phases of cell division   it produces daughter cells identical to the parent cell   it produces four daughter cell

Which of the following statements are correct about mitosis and meiosis?SELECT ALL THAT APPLYThe gametes produced in meiosis have half the number of chromosomes of their diploid parent, while the daughter cells produced in mitosis have the same number of chromosomes as the parent cell.Following meiosis, two complementary gametes combine resulting in a zygote with the full number of chromosomes necessary to mature into the next generation of that particular organism.Mitosis produces haploid gametes, while meiosis produces diploid, identical daughter cells.Both mitosis and meiosis produce identical daughter cells.Meiosis produces two daughter cells identical to the parent cell, while mitosis results in genetically diverse gametes.

8. Which of the following is a correct statement about meiosis?1 pointThere are four stages in meiosis.Gametes will contain the same number of chromosomes as the parent cell.Sister chromatids are separated during anaphase II.Crossing over occurs in prophase II.

Statement A : Meiosis ensures the production of haploid phase in the life cycle of sexually reproducing organisms.Statement B : In sexually reproducing animals, meiosis takes place during gametogenesis.A     Both statements A and B are incorrect.B     Both statements A and B are correct.C     Statement A is correct and B is incorrect.D     Statement A is incorrect and B is correct.

Which phase of meiotic division results in the formation of four daughter cells with the haploid number of chromosomes?a.first                               b.thirdc.second

In meiosis shown in the image, homologous chromosomes separate in step A, which is called ______, and four haploid nuclei are formed in step B, which is called ______.Multiple choice question.fertilization; meiosismitosis; meiosis Imeiosis; mitosismeiosis I; meiosis II