Before the time of Gregor Mendel and genetics, sexual reproduction was thought to produce a blending or equal mixing of the parents' traits. Today we know that
A) offspring will be identical to one another and demonstrate traits exactly halfway between the parents' traits.
B) offspring can vary from receiving over 99% of one parent's genes to receiving over 99% of the other parent's genes.
C) offspring inherit essentially 50% of their genes from each parent, but two sibling offspring may share with each other from zero to 23 chromosomes in common from each parent, and further variation may occur due to crossing-over.
D) offspring inherit copies of the same 23 pair of chromosomes from each of their parents but the rate of crossing-over makes them very dissimilar.
E) there is one chance in 23 of getting identical sets of chromosomes from one parent, times two because there are two parents; therefore, two siblings out of every 46 are really identical except for crossing-over.
Correct Answer:
Verified
Q4: During which stage of meiosis does crossing-over
Q15: If gametes had the same number of
Q17: The genus Lacerta is composed of a
Q19: Which statement is NOT true about homologues
Q20: During which stage of meiosis are the
Q22: Meiosis occurs during all of the following
Q23: There is a species of desert lizard
Q26: Study the diagram to answer the following
Q34: Characterize the following statements about changes in
Q55: Characterize the following statements about changes in
Unlock this Answer For Free Now!
View this answer and more for free by performing one of the following actions
Scan the QR code to install the App and get 2 free unlocks
Unlock quizzes for free by uploading documents