Answer: Decrease in blood pressure
Explanation:
If there is increase in atrial vessel diameter then, the blood pressure is conversely decreases. Peripheral resistance and increase in blood volume diameter are responsible for higher the blood pressure. The peripheral resistance are responsible for blood flow in the arteries.
There are three sources of the peripheral resistance are:
- Total length of vessel
- Blood viscosity
- Diameter of blood vessel
Being truthful to your patients and tell them what’s going on and be a good person to your other medical friends
Answer:
x=3
Explanation:
3x-y=3 -----1
9x^2-y^2=45-----2
making x the subject of the formular in equ 1
3x=3 + y
x =(3 + y)/3
substituting x with (3 + y)/3 in equ 2
9[(3 + y)/3]^2 - y^2=45
9[(1 + y/3)]^2 - y^2=45
9[(1 + y/3)(1 + y/3)] - y^2=45
9[1 + y/3 + y/3 + y^2/9] - y^2=45
9[1 + (2y)/3 + (y^2)/9] - y^2=45
9 + 6y + y^2 - y^2=45
9 + 6y =45
6y=45-9
6y = 36
y = 36/6
y = 6
substituting y for 6 in equ 1
3x-6=3
3x=3 + 6
3x = 9
x =9/3
x=3
The inferior vena cava is the lower ("inferior") of the two venae cavae, the two large veins that carry deoxygenated blood from the body to the right atrium of the heart: the inferior vena cava carries blood from the lower half of the body whilst the superior vena cava carries blood from the upper half of the body.
Answer: B
Explanation:
The action potential that stimulates heart contraction starts at the Sinoatrial Node (SA Node), then it goes through the nodal fibers, which slow down the action potential impulse, until it reaches the Atrioventricular Node (AV Node or Aschoff-Tawara Node) and then it is transferred to the bundle of His.
