If you meant in heartbeats yes. A bird's heartbeats in one minute include 150 times in 15 seconds.
Birds have closed circulatory systems, where blood flows within vessels and does not come in direct contact with the surrounding tissues. This system allows for efficient circulation and delivery of oxygen and nutrients throughout the bird's body.
Birds and mammals both have internal skeletons, closed circulatory systems, similar digestive systems, and are warm blooded.
In a single circulatory system blood is pumped from the heart to the gas exchange organ and the to the rest of the body. In a single circulatory system low blood pressure is maintained. Blood travels to organs more slowly. In a double circulatory system blood is pumped from the heart to the gas exchange organ and again to the heart and from the heart the blood is pumped to the rest of the body. In a double circulatory system high blood pressure is maintained as blood must be pumped at a faster rate to the parts of the body. blood travels more faster to organs Animals with single circulatory systems, e.g:Fish Animals with double circulatory systems, e.g:Humans
Mammals including humans have closed circulatory systems, as do most vertebrates. Some invetebrates also have closed systems. Examples of open circulatory systems are most arthropods, including molluscs and crustaceans and insects.
Aves (birds) have a closed circulatory system (meaning that the blood never leaves the network of blood vessels; result: faster ATP production, faster excretion of metabolic waste, faster nutrition to cells, etc.)
Birds have a heart and blood vessels similar to most complex organisms. They have relatively large hearts and relatively rapid heartbeats for their size because flight requires a lot of energy to be used. Their hearts also have four (4) parts to them
No oysters do not have a closed circulatory system. They have something known as a open circulatory system. They are similar to that of fish. They have something similar to that of the gills in fish so that they are able to function in the aquatic environment. The closed circulatory systems, are usually in the terrestrial animals such as mammals, birds etc.
Birds have several physical adaptations that help them fly, including lightweight hollow bones, powerful chest muscles for flapping wings, feathers for lift and maneuverability, and a streamlined body shape for reduced air resistance. Additionally, birds have a highly efficient respiratory and circulatory system to supply oxygen to their muscles during flight.
Birds are able to fly in the rain because their feathers are designed to repel water, keeping them lightweight and aerodynamic. Additionally, birds have strong muscles and efficient respiratory systems that allow them to maintain flight even in wet conditions.
Amphibian Circulatory Systems. In amphibians, reptiles, birds, and mammals, blood flow is directed in two circuits: one through the lungs and back to the heart (pulmonary circulation) and the other throughout the rest of the body and its organs, including the brain (systemiccirculation).
A bird's circulatory system is efficient because it allows for rapid oxygen delivery to muscles and organs, crucial for their high metabolic rate needed for flight. Birds also have a four-chambered heart that separates oxygen-rich and oxygen-poor blood, optimizing oxygen distribution throughout the body. This system helps birds maintain high levels of energy and endurance during flight.
Arthropods and most mollusks have an open circulatory system.