Factors Affecting The Vital Capacity Of A Normal Woman

1. Explain the change in ERV with exercise. the ERV decrease with exercise asssuming that the volume of air was exhaled more than being enhaled at the time. 2. Explain the change in IRV with exercise. IRV decreased as well because the amount of air that was supposed to be inhale was very little inhalation during the time of exercising. 3. Explain the change in IC with exercise. IC increase with exercise beacause the subjects were able to allow their lungs to breath. 4. Explain the change in FRC with exercise. The FRC decrease just a little with exercise. 5. Explain why RV does not change with exercise. the ERV decrease with exercise asssuming that the volume of air was exhaled more than being enhaled at the time. 6. Explain why VC does not change with exercise. the vital capacity remain the same because it accumulated the tidal

In conclusion, the respiratory and cardiovascular systems are directly related in a complex manner, relying on one another to perform their physiological functions. Only together can both systems work to maintain the body’s internal balance, this is evident when physical demand is higher than normal. In order to meet this demand, the heart must pump more nutrient-rich blood around the body; however it needs oxygen to do this, in response the

The higher her respiratory rate the more liters of oxygen needed to supply for the loss in her lungs. To get the minute ventilation you take the breaths per min times 500mL/breath and that gets your liters of oxygen per min.

These components include aerobic power, which can be typically described as VO2 max, this is the maximal amount of oxygen the body can take in and use efficiently. The amount of oxygen taken in can be influenced greatly by the cardiovascular systems ability to deliver oxygenated blood to exercising muscles, the lungs ability to oxygenate the blood and the muscles ability to use the oxygen and extract it for sustained contractions. Disease and inactivity therefore can impair or inhibit these factors consequently reducing a persons ability to function.

The lungs have a huge blood supply and a huge surface area so they are very effective at getting oxygen out of the air. They are also in charge of getting rid of the carbon dioxide excess and some of the excess water as water vapour. It is the lungs job to get the oxygen and the heart has to pump it around the rest of the body. Energy metabolism; when people are exercising their muscles are contracting and they are using more energy so they will need more oxygen getting to the muscles and my heart

A persons lung capacity can determine someone’s exercise level because if you have a larger lung capacity it allows your body to take in more oxygen which gives your muscles more energy which means you can do exercise for a longer amount of time.

Age, height, and sex all have an effect on predicting lung volume. For flow rate, exercise is predicting factor. From the data, we see that males have higher PEFs and FVCs. This is most likely because of more muscles mass, height, and we have many male athletes. This supports the ideas that sex, increased height, and increased mass all increase the lung volumes.

2. A 65-year-old patient is admitted to the hospital with acute shortness of breath. The patient has a respiratory rate of 28, is sitting forward to breathe, and appears anxious. According to the patient’s family, the shortness of breath has been increasing over the past

A person's oxygen level and breathing. The need or effectiveness of oxygen therapy or other treatments for lung disease. A person's ability to tolerate increased activity.

Although a majority of the heritability estimates of the phenotypes examined in the AIR registry appears to be consistent with previously published studies [31], it is possible that heritability estimates may have been inflated since shared environmental influences were not accounted for in our analyses. It also is possible that heritability can be age-dependent, which can be underestimated when existing age dependence is present. The heritability estimates of DBP, FPG, 2hOGTT and prediabetes did not reach statistical significance in our study. Perhaps, DBP may not have reached significance due to the variability that is often observed in diastolic blood pressures within an individual [34]. For this study, every attempt had been made to measure DBP appropriately since we measured DBP twice and calculated the average.

Spirometry is the most popular lung function test. The patient performs a maximal inhalation and then forcefully exhales as quickly and as long as they are able. The spirometer measures the volume of the air exhaled by patients. These measurements are taken at two intervals. The first measurement is the forced expiratory volume in one second (FEV1), records the volume of air exhaled after one second. The second measurement is taken at the point where the patient has fully exhaled the volume of inhaled air; this measurement is the forced vital capacity (FVC) (Harpreet Ranu et al.,

TABLE 2: This table represents the lung capacity of people who don’t do exercise at all, their lung capacity was measured with the balloon who after that was introduce into the bucket and water was represented en ml in the table below.

The following study is to establish whether there is an increase in the heart rate of healthy female individuals.

Respiration rate: Respiration rates for both males and females escalated from sitting to exercising but dropped back after a certain amount of time (Figure 1). Males had greater respiration

Aerobic capacity is also related to an individual’s lung capacity and amount of oxygen the muscles can use (Abernethy, 2013).