Question

How does the anatomy of the arteries that travel from the heart to the right arm differ from that of the arteries traveling from the heart to the left arm?

Answer 1

Hint: There is a large network of blood vessels in the circulatory system, which includes arteries, veins, and capillaries. Arteries are a type of blood vessel. They're working to carry blood out of the heart. Veins, on the other hand, bring blood back to the heart. The walls of the arteries are stronger and more elastic than those of the veins, so arteries transfer blood pumped out by the heart.

Complete answer:
It pumps blood into a series of blood vessels, called the circulatory system, like the heartbeats. The vessels are muscular, elastic tubes that bring blood to each part of the body.
Arteries bring blood rich in oxygen away from the heart to all the tissues of the body. They branch many times as they bring blood away from the heart and into organs, becoming smaller and smaller. The brachiocephalic trunk comes from the right subclavian artery. But the left subclavian, in the case of the left foot, arises directly from the aortic arch.
Two Brachial arteries supply our arms. They come from two arteries of the Axillary.
Subclavian arteries come from both of these two axillary arteries. Two subclavian arteries are present, one on each side (we can see from the picture, right & left subclavian arteries). The morphology of arteries is the same on each line, from the subclavian to the brachial artery (or the branches of the brachial artery: radial and ulnar). But there is a distinction from the heart to the subclavian arteries.
The aorta arises from the left ventricle and forms the aortic arch over our heart. Three branches belong to the aortic arch:
1. Trunk Brachiocephalic
2. The popular carotid artery on the left
3. Subclavian left artery
There are two branches of the brachiocephalic trunk (artery): the right common carotid and the right subclavian artery. We can see the contrast between the sides here. The left subclavian emerges from the aortic arch, but the brachiocephalic trunk produces the right subclavian.

Note:
After the blood passes through the capillaries, the blood pressure decreases, and with a greater lumen, decreasing the resistance to allow blood flow at a lower pressure, the veins have lower blood pressure. Arterial blood pressure is also greater than that of venous blood pressure.