Experiment 1: Huntington's disease is believed to be a dominant genetic disorder that causes brain damage over time. Test results from children of individuals that were known to be heterozygous for Huntington's disease were tested for the disease. The following observed results were collected:
Huntington's Disease (Hh) Normal (hh)
346
402
Perform a chi-square test to determine whether these results support that Huntington's is a dominant disease.

15 ! come and answer! a(n) is the general term for an infectious disease that has spread across a city, region, or country.

What is the difference between sex-linked traits and autosomal traits in humans? a. sex-linked traits can only be passed from fathers to sons, while autosomal traits can be passed on from both parents to offspring of any sex. b. sex-linked traits are passed on through the x and y chromosomes, while autosomal traits are passed on through the other 22 chromosomes. c. sex-linked traits only affect females, while autosomal traits affect both males and females. d. sex-linked traits refer to genes that are on the x and y chromosomes, while autosomal traits refer to genes on all 23 chromosomes.

The table lists the observations students made about four specimens under a microscope. based on these observations, what specimens did the students examine? animal plant virus prokaryote cell membrane present ribosomes present lysosomes present nuclear membrane present cell wall present ribosomes present nuclear membrane absent cell wall present ribosomes present nucleus present large vacuole present reproduces inside of a cell nucleus absent rna present 2019 edmentum all rights reserved intl