In which stage below in Mitosis, centromeres/chromosomes are aligned at the equa
ID: 164846 • Letter: I
Question
In which stage below in Mitosis, centromeres/chromosomes are aligned at the equator plate of the cell? Prophase Prometaphase Metaphase Anaphase Telophase Which one below is not the Cell-Cycle check point? G1 rightarrow S S rightarrow G2 G2 rightarrow M Metaphase Which below is correct for Spindle formation and Method of cytokinesis? with centrioles in plant cells, without centrioles in animals, furrowing in animals, cell plate formation in plants with centrioles in animal cells, without centrioles in plants, furrowing in animals; cell plate formation in plants with centrioles in animal cells, without centrioles in plants, furrowing in plants, cell plate formation in animals. with centrioles in plant cells, without centrioles in animals, furrowing in plants, cell plate formation in animals Which statement below is incorrect for the centromere position in chromosome? In the middle for metacentric chromosome Between middle and end for submetacentric chromosome Close to end for acrocentric chromosome At end for telocentric chromosome In the quarter for anacentric chromosome Homologous chromosomes pair along their length during prophase I of meiosis. While two homologues are paired, genetic exchange may occur between them in a process called " crossing over". The pairing of chromosomes along their lengths, which is essential for crossing over, is referred to as syngamy. synapsis. prophase recombination. centromere. Which of the following statements about crossing over (in Meiosis) is false? Crossing over takes place between homologous chromatids. Crossing over takes place between sister chromatids. Crossing over occurs during prophase I. Sites of crossing over are called chiasmata. Crossing over is also called genetic recombination.Explanation / Answer
Ans 12 C metaphase
Metaphase is the second phase of mitosis, during which condensed chromosomes align themselves at the equator called as metaphase plate.