Fish would die or would have adapted to freeze for a few months. : -}
Cells with high energy demands such as muscle cells, nerve cells, and cells in the heart would be most affected by mitochondrial cytopathies, as they rely heavily on mitochondrial function to generate energy in the form of ATP. Dysfunction in mitochondria would lead to impaired energy production, causing symptoms related to these tissues.
This research would mostly involve the field of ecology, specifically aquatic ecology. The student would be studying the interactions between aquatic plants and their environment in lakes over time to understand how and why these plants have changed.
Freezing a living person in a block of ice would cause their bodily functions to cease, leading to death. Ice crystals would form within the body, damaging cells and tissues irreversibly. This process, known as cryogenic freezing, is not a viable or ethical method for preserving life.
For a recessive sex-linked trait to manifest in women it would have to be in double dose (XaXa) while for men in single dose (XaY). Women carriers would have one of each but would not be affected (XAXa). Knowing this it's quite easy to spot pedigrees where this kind of inheritance occures.Heterozygote mothers (gene carrier) can have sons that are affected (50% chance);Affected mothers have only affected sons (100%);No first generation daughter of an heterozygote mother will be affected but there is a 50% chance that she is a carrier;Affected fathers with normal mothers will have zero sons that are affected but all their daughters will be carriers;
The transport of nutrients and waste across the cell membrane would be least affected by defective receptor proteins. This is because transport proteins, not receptor proteins, are primarily responsible for moving molecules across the cell membrane.
if it froze from the bottom up, it would not be able to melt (like in deep lakes) and the life on the bottom of the lake, pond etc. would die.
#1- Its would take longer that usual to freeze the lake ( depending the depth ) #2- The life at the botton of the lake would die from the coldness and then the other life at the top would die cause if the top DOESNT freeze then nope of the life dies
Life on earth would probably be impossible, as lakes and rivers would freeze from the bottom up becoming completely solid (not the top down leaving liquid at the bottom) killing anything there. As life began in water, being unable to exist there it could never have moved to the land or air.
Froze is the past tense of freeze. An example sentence would be: She left her cup in the snow and it froze.
If water froze at 31 degrees Fahrenheit instead of 32 degrees, it would mean that ice would form at a slightly warmer temperature. This would have impacts on natural processes like the freezing of lakes and rivers, potentially affecting ecosystems and water availability. It may also have broader implications for climate patterns and weather systems.
Lakes and oceans would be effected because if the boiling point changed, the water could evaporate...not sure about the atmosphere. Sorry!
The past form of "freeze" would be "froze."
Plants do not get as cold
He froze in his steps just like a deer in the headlights. The water on the bird bath froze last night when the temperature dipped below 30F. I almost froze to death without my jacket. She froze in terror and then let out a scream that would curdle milk. It was so cold outside his tongue froze to the flagpole when they dared him to lick it.
Conroe, Texas is about forty miles from Houston, but it is inland. It is near lakes, but it is not directly near an ocean, so it is doubtful it would be affected by ocean currents.
Ice is less dense than water so it floats on water. This is useful because it insulates the remainder of the water but also means that aquatic life will not die as they would if water froze upwards.
Ice is less dense than water so it floats on water. This is useful because it insulates the remainder of the water but also means that aquatic life will not die as they would if water froze upwards.