Because breathing takes away some of your energy.
TitanicPoseidon
The constriction of your throat is your tongue pushing up against your throat to hold your breath. The bruised feeling is likely to be some type of infection.
mostly they can hold it up to 1min or some times 2
A roach can. Roaches can hold their breath for 40 minutes, while the longest a human can go it u to about ten minutes. On average people hold their breath for about a minute, but free swimmers go for around 8-10 minutes. Actually, i can hold my breath for less than 30 seconds only.
Hold your breath?Try eating some bread, or drinking fluids.
save your breath (meaning, don't bother saying something)don't hold your breath (meaning, something is not likely to happen)take my breath away
Actually yes, the Mythbusters tested this awhile back.... in fact, they found that some light syrup had less resistance than actual chorinated water. But don't hold your breath until they fill the Olympic pools with syrup, itd be a sticky mess!
who are famous runners of 2008
A normal adult human being can hold their breath for around 1:30 to around 2:00 and some adults may be able to last longer. :)
No, but crocodiles can hold their breath under water for long periods of time if needs be (some large adult crocs have been known to hold their breath for 2 hours or more!)
well if you drink some water while holding your breath that has always work for me but if that doesn't work just hold your breath and than let it out really slowly
Mammals typically cannot breathe underwater without assistance, as they require oxygen to survive, and their respiratory systems are adapted for breathing air. However, some mammals, such as whales, dolphins, and seals, have evolved specialized adaptations that allow them to spend extended periods underwater. These adaptations include: Large Oxygen Reserves: Marine mammals have larger lungs and higher concentrations of red blood cells, allowing them to store more oxygen. Efficient Oxygen Utilization: They can conserve oxygen by reducing their heart rate and redirecting blood flow to essential organs. Myoglobin: This protein found in muscles helps store oxygen, allowing marine mammals to remain submerged for longer periods. Blubber: Marine mammals have a layer of insulating blubber that helps them conserve heat and energy while diving. Ability to Close Air Passages: They can close their blowholes or nostrils to prevent water from entering their respiratory system while submerged. Specialized Anatomy: Their respiratory systems are adapted to withstand high pressure and low oxygen levels encountered at depth. Even with these adaptations, marine mammals still need to return to the surface to breathe regularly. They cannot extract oxygen from water as fish do through gills.