Why do I sleep better during the day than at night

Health related question in topics Psychology .We found some answers as below for this question “Why do I sleep better during the day than at night”,you can compare them.

You are sleeping better during the day than at night because your body’s natural clock is off and by day time you are exhausted. [ Source: http://www.chacha.com/question/why-do-i-sleep-better-during-the-day-than-at-night ]
More Answers to “Why do I sleep better during the day than at night
Why You Can’t Sleep At Night And What You Can Do About It?
It’s harder to sleep in these times. Articles are written every day about the subject. Your reason for tossing and turning at night may be different from mine. But the result is the same. We’re foggy and tired the next day.

Related Questions Answered on Y!Answers

Why is it better to (scientifically) sleep during nigh than at day?
Q: what is the difference when u sleep at night than at day? why is it more healthy to sleep at day? Why is it recommended or required to sleep at night? Scientific answer please..
A: One way to think about the function of sleep is to compare it to another of our life-sustaining activities: eating. Hunger is a protective mechanism that has evolved to ensure that we consume the nutrients our bodies require to grow, repair tissues, and function properly. And although it is relatively easy to grasp the role that eating serves— given that it involves physically consuming the substances our bodies need—eating and sleeping are not as different as they might seem.Both eating and sleeping are regulated by powerful internal drives. Going without food produces the uncomfortable sensation of hunger, while going without sleep makes us feel overwhelmingly sleepy. And just as eating relieves hunger and ensures that we obtain the nutrients we need, sleeping relieves sleepiness and ensures that we obtain the sleep we need. Still, the question remains: Why do we need sleep at all? Is there a single primary function of sleep, or does sleep serve many functions? Inactivity TheoryOne of the earliest theories of sleep, sometimes called the adaptive or evolutionary theory, suggests that inactivity at night is an adaptation that served a survival function by keeping organisms out of harm’s way at times when they would be particularly vulnerable. The theory suggests that animals that were able to stay still and quiet during these periods of vulnerability had an advantage over other animals that remained active. These animals did not have accidents during activities in the dark, for example, and were not killed by predators. Through natural selection, this behavioral strategy presumably evolved to become what we now recognize as sleep.Although it may be less apparent to people living in societies in which food sources are plentiful, one of the strongest factors in natural selection is competition for and effective utilization of energy resources. The energy conservation theory suggests that the primary function of sleep is to reduce an individual’s energy demand and expenditure during part of the day or night, especially at times when it is least efficient to search for food.Research has shown that energy metabolism is significantly reduced during sleep (by as much as 10 percent in humans and even more in other species). For example, both body temperature and caloric demand decrease as compared to wakefulness. Such evidence supports the proposition that one of the primary functions of sleep is to help organisms conserve their energy resources. Many scientists consider this theory to be related to, and part of, the inactivity theory.Another explanation for why we sleep is based on the long-held belief that sleep in some way serves to “restore” what is lost in the body while we are awake. Sleep provides an opportunity for the body to repair and rejuvenate itself. In recent years, these ideas have gained support from empirical evidence collected in human and other animal studies. Some studies have shown that rats deprived entirely of sleep have reduced immune function, suffer severe health consequences, and ultimately die. Other findings also show that many of the major restorative functions in the body like muscle growth, tissue repair, protein synthesis, and growth hormone release occur mostly, or in some cases only, during sleep. Other rejuvenating aspects of sleep are specific to the brain and cognitive function. For example, while we are awake, neurons in the brain produce adenosine, a by-product of the cells’ activities. The build-up of adenosine in the brain is thought to be one factor that leads to our perception of being tired. (Incidentally, this feeling is counteracted by the use of caffeine, which blocks the actions of adenosine in the brain and keeps us alert.) Scientists think that this build-up of adenosine during wakefulness may promote the “drive to sleep.” As long as we are awake, adenosine accumulates and remains high. During sleep, the body has a chance to clear adenosine from the system, and, as a result, we feel more alert when we wake. One of the most recent and compelling explanations for why we sleep is based on findings that sleep is correlated to changes in the structure and organization of the brain. This phenomenon, known as brain plasticity, is not entirely understood, but its connection to sleep has several critical implications. It is becoming clear, for example, that sleep plays a critical role in brain development in infants and young children. Infants spend about 13 to 14 hours per day sleeping, and about half of that time is spent in REM sleep, the stage in which most dreams occur. A link between sleep and brain plasticity is becoming clear in adults as well. This is seen in the effect that sleep and sleep deprivation have on people’s ability to learn and perform a variety of tasks.Aside from the above, Society is structured that the majority of employment occures during daylight, so the 9-5 jobs. In order to ‘fit in’ to Society, we need to be ‘wide-awake’ bet
Why do I like sleeping during the day better than at night?
A: I work nights, and it doesn’t make any difference whether I sleep during the day, or at night. But I do prefer sleeping at night.
Is it true that babies who eat more during the day, sleep better at night? (Do fat babies sleep more?)?
Q: My mil is bugging me about my son’s recent night-waking episode, she thinks I’m not feeding him properly and that he’s waking up because he’s starved.She assumes that my son is “starved” because the little guy isn’t fat (just long), although my doctor says he’s fine and within normal growth rate.Actually I kinda think he just loves to try his newly acquired skill, which is standing/cruising/walking.But anyway, is it true that fat babies sleep more?Or rather, does fuller tummy during the day mean more sleep during the night?He’s almost 11 months, eating breastmilk and solids.
A: my baby is 16 months and eats everything during the day but does not sleep at all during the night so that carnt be true
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