Compare and contrast the processes of mitosis and meiosis.
Describe the overall processes (not each detail) and explain why
each is important. Be sure to include what type of cell (diploid of
haploid) each process starts with, in what location of the body it
takes place, and the end result (what is produced)? Please note in
a diagram or in words whether or not the beginning cell and the
final cells contain sister chromatids and/or homologous
chromosomes.
In detail, describe the money supply function and how it
characterizes the interaction of three economic agents (players) in
determining the behavior of money supply (Hint: an equation is
helpful here.)
Describe in detail the similarities and differences between
mitosis, meiosis I and meiosis II. Make sure your answer includes
the formation of tetrads and whether the products are haploid or
diploid and have replicated or unreplicated DNA.
a. With well labeled diagrams, list and describe the function of
the various parts of an analog and a
digital multimeter
b. In your own words, explain how the following electronic
components can be tested using a
multimeter. Also draw their circuit symbols
LED Resistor Transistor
Battery Capacitor Diode
Fuse Inductor Switch
Describe similarities and/or differences between the phases and
outcomes of mitosis and meiosis.
a. Mitosis vs. meiosis
b.Chromosome number in all stages
What is the overall purpose of mitosis? What is the function of meiosis? In what type of cells is meiosis observed? In what types of organism(s) does mitosis occur? What type of cell division occurs in bacteria? What controls Mitosis? Checkpoints in the normal cell cycle prevent cells from going through division if problems occur-for example, if the DNA is damaged. How does meiosis increase genetic variation?