Answer:
One of the reason the countries wanted colonies due to industrial revolution was because of the natural resources this colonies could provide.
Explanation:
Industrial Revolution was a period in time between the 1700s and 1800s when there was a great turnaround in Industrialization in Great Britain first then it spread around the world. Industries started producing goods on a large scale.
There was a great advancement in Agriculture, Textile manufacturing and Electrical advancements as well.
Due to the Industrial Revolution, the industries in Great Britain start to expand and the economy was growing but there was shortage of raw materials. This made countries such as Great Britain to go in search of colonies because the colonies had an abundance of raw materials in form natural resources such as Cotton, Cocoa, Gold, Timber, Rubber which the industries needed in order to thrive well.
This led to the colonisation of countries like Africa, Asia and India.
If a cell lost its ability to perform cellular respiration, it would result in the absence of ATP production, impairment of key metabolic pathways, and reduced energy availability for cellular activities.
If a cell lost its ability to perform cellular respiration, several consequences would occur:
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Answer: The basic component of DNA is same in human beings and bacteria.
Explanation:
The basic components of DNA are the same in humans and bacteria. A small section of the DNA from human beings is incorporated into the bacterial DNA.
The bacterial cell divides very fastly, as they have a high rate of multiplication. It takes very less time to divide and in a very less time it multiples to get higher number of product.
As the fragment of human DNA is attached to the bacterial DNA is also multiplied.
B. A boy brought a pair home as pets.
C. Two swam across the ocean.
D. One stuck to an airplane’s wing.
Answer : Option B) A boy brought a pair home as pets.
Explanation : As snails are very small organisms which can hardly travel distances. So, it is not valid that the snails swam across the ocean.
If it got stuck on an airplane's wing it might get pushed away by the high pressure of air during flight.
The most legitimate and probable answer seems to be that, A boy who had visited Africa purchases the pair as pets and brought them to Florida
B) Broad ligament
C) Suspensory ligament
D) Ovarian ligament
Answer:
D) Ovarian ligament
The ligament that connects the ovary to the uterus is called the ovarian ligament.
Explanation:
The ovarian ligament is attached to the ovary inferiorly. It connects the ovary to the side of the uterus. Structurally, it is a fibrous band of tissue that lies within the broad ligament.
The Ovarian ligament is the cylindrical band that connects the ovary to the uterus. Other ligaments like the Round ligament, Broad ligament, and Suspensory ligament have other roles within the female reproductive system.
The ligament that connects the ovary to the uterus in a cylindrical band is the Ovarian ligament (option D). The ovarian ligament is a fibrous cord that connects the ovary to the lateral surface of the uterus. This plays an important role in the female reproductive system by helping to keep the ovary in place.
Just to clarify further, the Round ligament is a ligament that connects the front of the uterus to the groin area; the Broad ligament is a broad fold of peritoneum that envelops the uterus, associated structures, and adjacent parts of the abdominal wall; the Suspensory ligament is a peritoneal ligament extending from the hilum of the ovary to the wall of the pelvis and contains the ovarian vessels.
Learn more about Ovarian ligament here:
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