Answer:
<h2>
Which of the following activities required the most comercially produced power?</h2>
<h3>
A.Heating a new home</h3>
B.Heating an old home
C.Heating a car
D.Building a fire
My answer is letter A. Heating a new home
Explanation:
<h2>
Please don't delete my answer :(</h2>
<h2>
#Princesses Rule</h2>
Answer:
1 corinthians 4: 2
What administrators are asked to do is be faithful
1 Peter 4: 10
Each person must use the gifts that have been granted for a good administration of the charism of God
1 Timothy 5: People who do not care about their family or those who live with them reject the faith and are worse than unbelievers
Colossians 3:23: All the works we do are done for God and not to please other people
1 Corinthians 4: 1,2 May people see us as servants of Christ and stewards of the mysteries of God, likewise we are asked to be good stewards
Answer:
B. The father did not contribute a sex chromosome to his daughter due to nondisjunction of the sex chromosomes. The daughter is XO and her only X chromosome came from her mother, who was a carrier.
A.The mother's X chromosomes failed to separate during meiosis, and the daughter inherited two X chromosomes with the Lesch-Nyhan mutation. The father contributed no sex chromosomes.
Explanation:
As seen in the question above, a little girl was diagnosed with Lesch-Nyhan syndrome, which is an X-linked recessive condition caused by a mutation in the HPRT1 gene responsible for purine metabolism.
The little girl's parents do not have the syndrome, and no one in the little girl's paternal family presented this syndrome, however, we know that the maternal grandfather of the little girl's mother had the syndrome, which means that it was the mother's genetic material that contributed to the development of the syndrome in the little girl. This was because the little girl did not receive any X chromosomes from her father, but she inherited the two X chromosomes from her mother that coded for the Lesch-Nyhan mutation. This happened because the mother's X chromosome disjuction did not occur during meiosis I.
As shown above, the father did not contribute any sex chromosomes to his daughter, which means that the daughter is XO and her only X chromosome came from her mother, who was a carrier.
