If twelve is the same as a dozen, then twenty would be the same as score.
if something is same size, same shape means that it is congruent or symmetrical.
Same length, same width, same size, same shape
It depends on what you mean by "same". The same area? Yes, it can be. The same shape? Yes, it can be. The same are and shape, Yes, it can be.
if they're going in the same speed, same direction, same length and same magnitude
P02 is the partial pressure that oxygen exerts on a vein, artery or any other blood vessel.
40
P02 :-)
PO2 is higher in the pulmonary vein than it is in the pulmonary artery. It is the only place in the body where the oxygen level is higher in the vein than in the artery.
PaO2 is the partial pressure of oxygen in arterial blood. Pa is the abbreviation of partial.
Pa02 of 29 mmHg means the person is at high risk of dying.. the person in severely hypoximic, and is in immediate need of ventilatory support.. -Lester de Vera, Manila Philippines
I got a receipt and want to put my points into my card, how do I do it
Its a Special freature on some armor it will make u fire more quicker-rapidli like P02 fires like this BOM BOM BOM and when u put armor on with the special feature quick fire itl fire like this BOM BOM BOM quicker than before understand?
Reference sound intensity Io = 10^−12 W/m² (Threshold of human hearing). Reference sound intensity level LIo = 0 dB-SIL (Threshold of human hearing intensity level). The sound intensity I is measured in watts per meter squared. The sound intensity LI level is measured in decibels (dB).
The patient's PaO2 can be estimated by using the alveolar gas equation: PaO2 = (FiO2 × (Pb - PH2O)) - (PaCO2/RQ). Given the patient is breathing 21% oxygen at 1 atmosphere, FiO2 is 0.21, and PB is 760 mmHg. Using the formula: PaO2 = (0.21 × (760 - 47)) - (40/1) gives an approximate PaO2 of 150 mmHg.
The blood concentration of oxygen refers to the amount of oxygen carried in the blood, typically measured in millimeters of mercury (mmHg) or percentage saturation of hemoglobin. This concentration is affected by factors such as environmental oxygen levels, lung function, and overall health status. High blood oxygen concentration can occur in conditions like hyperventilation, while low levels can be seen in conditions like anemia or respiratory diseases.
Plants have a nearly opposite respiration with that of humans. They harness the energetic photons of sunlight along with the ability to fix carbon dioxide (CO2) in separate reactions to create carbohydrates (R-6-P) as the product and, to answer your question, Oxygen as the respiratory "waste" product. This fact is why you often hear people say that we need trees and plants to breathe and sustain oxygen levels at their optimal P02 levels of around 25-28%