The subclavian is a major artery in the body that supplies blood to the arms, upper chest, and brain. It branches off the aorta and runs under the collarbone on both sides of the body. Injuries or blockages to the subclavian artery can lead to serious complications.
unsymmetrical asymmetrical
Yes. If one or two of the sides are of a different length than the other/s, it would make it an asymmetrical triangle.
The subclavian vein is a major vein that drains blood from the upper extremities and returns it to the heart. There are two of these veins, and like all large veins supply large amounts of blood from the body.
asymmetrical letters appear filpped because they dont look the same where as symmetrical letter looks same on both sides.
symmetrical is where if you split it in half it would look the same on both sides but flipped over and asymmetrical is where each side is different thank you. you really helped me.
The human body is an example of an asymmetrical structure, as the left and right sides are not identical in terms of organs and features. Another example is the Sydney Opera House, which has a unique design with no symmetrical balance.
Axillo-axillary anastomoses refer to the connections between the axillary arteries or their branches on both sides of the body, typically occurring in the region of the axilla (armpit). These anastomoses facilitate collateral circulation, which can be crucial if one of the main blood supplies is compromised. They are formed by branches of the subclavian artery and are important for maintaining blood flow to the upper limb.
Because if you drew an imaginary line down the middle, the sides WOULD NOT be mirror images of each other. it is not the same on both sides of the imaginary line.
asymmetrical, because when they are cut into half, both sides of the oyster will not be similar.
No, an arrowhead does not have two pairs of equal sides. Typically, an arrowhead is a triangular shape, featuring two equal sides that converge at a point and a base that is usually wider than the other two sides. This asymmetrical design contributes to its aerodynamic properties.
The coronary arteries supply the heart itself with necessary oxygen. When these arteries are blocked, it can cause a myocardial infarction (heart attack). I think that the artery takes it through blood