Many ways. First, with substantial fat deposits you have to grow essentially miles of extra blood vessels to supply the tissues with oxygen. Second, the added pressure of tissue against the vessels increases pressure like standing on a water hose. Third, with time and the added blood pressure, the walls of the heart thicken like any other muscle will do when challenged. These thicker walls do not allow the heart to pump as much blood with each beat. Thus leading to many many other secondary health problems.
The more obese you are the harder the heart has to beat to get blood through the body. If the heart get too stressed out it could stop.
: it would have no effect
I do not think there is a *discovery* for obesity, because people have been able to reach obesity since the world began. However, when people began to say it would probably have been at least by 1700, if not later.
The mortality effect of obesity being smaller than that of smoking suggests that while obesity may lead to fewer deaths overall, it can still result in significant long-term health complications and increased healthcare costs. These complications often require ongoing medical treatment, which burdens the healthcare system and society at large. Additionally, obesity can reduce productivity and increase absenteeism in the workforce, leading to economic losses. Therefore, the broader societal impacts and costs associated with obesity can outweigh its lower mortality effect compared to smoking.
I do not think there is a *discovery* for obesity, because people have been able to reach obesity since the world began. However, when people began to say it would probably have been at least by 1700, if not later.
Some have postulated that the lack of recess and physical education in many schools has contributed to the rise in childhood obesity. While a reduction in physical activity would likely contribute to obesity, the exact magnitude of the effect of recess reduction is not known.
what do you think
The answer would be effect.
blood pH would increase
There would be no effects. Your blood is already isotonic.
The rate of the blood being pumped would be slowed down, thus resulting in less air (oxygen) being able to be produced
Serious dehydration is a form of hypovolaemic shock and would lower BP.