Answer:
The answer is option a. Pope Gregory the Great.
Explanation:
Pope Gregory the great was the Pope of the Catholic Church between 590 to 604 AD. He was declared after the death of Pope Pelagius II, who reigned from 579 to 590. Pope Pelagius II chose Gregory to serve as an ambassador to the imperial court in Constantinople.
Pope Gregory the Great was known for his emphasis on missionary work. He also emphasized service to the poor for deacons and made several changes to mass notably the position of Our Father in the mass. He was also known to give alms to the poor.
He established "cantus planus" meaning plain chant in English. This style is known by many as Gregorian chants today. This melodious monophonic chant is known throughout the Church and is associated with medieval monasteries.
The reason why the types of technology used on gautrain<em> are beneficial to the users</em> of the Gautrain in 2022 is:
- It makes use of wider track gauge-'Standard Gauge' to enhance speed and also protect the safety of the passengers in the train at high speeds.
<h3>What is Gautrain Train?</h3>
This refers to the type of train transport which makes use of rail systems that are about 80 kilometres long in the district of Gauteng in South Africa but commutes to other areas in the country.
With this in mind, we can see that the the Gautrain Trains are beneficial to the users of the train in 2022 as its safety standards are still top notch for travelers that want to commute in South Africa.
Read more about trains here:
brainly.com/question/1873877
Answer:
Ovary is where the ovules develop into seeds when fertilized. It is from Latin and Greek meaning "little fruit." It is the lower part of the pistil. It is the part where the ovules change into fruit.
Explanation:
I added a picture of a badly-drawn cross as an example to help me explain. Let's say h is the recessive allele, in this case, that would cause a recessive condition. The heterozygous Hh parent is the carrier and they are being crossed with a homozygous dominant HH parent.
As you can see, all of the children are either homozygous dominants HH or heterozygous carriers Hh. None of the children can be homozygous recessive hh because there is not a recessive allele h to inherit from the other parent. Because H is dominant over h, the recessive condition won't be displayed.
