Body Temperature

Yes, it is normal.

The hypothalamus, a region in the brain, plays a crucial role in regulating body temperature. It acts as the body's thermostat, detecting changes in temperature and triggering responses to maintain homeostasis. When body temperature rises, the hypothalamus signals mechanisms such as sweating and increased blood flow to the skin to help cool the body down. Additionally, the autonomic nervous system and endocrine system also contribute to temperature regulation.

Masturbation is natural. Nothing unusual will happen as long as you do it in moderation. Two to three times daily is moderate. It may make you feel a little more sleepy than usual. You will not look after your physical self as well as you did before. This is because you will have lost the motivation to find a female.

According to Wikipedia, a thermocouple is a temperature-measuring device consisting of two dissimilar conductors that contact each other at one or more spots. It produces a voltage when the temperature of one of the spots differs from the reference temperature at other parts of the circuit.

The voltage is converted to a temperature. There are many different designs depending on the pair of conductors used.

Kelvin is the SI unit for temperature. Celsius is usually used in metric systems. 0 degree celsius is 273.15 Kelvin. Kelvin increases equally with celsius. So to convert celsius to kelvin, we just add 273.15 to celsius. The answer in Kelvin is 310.15

98.6

After the heart stops beating, the body turns cold. This process is known as algor mortis. Each hour, the body temperature drops about 1.5 degrees Fahrenheit until it reaches room temperature. This process takes about 8 to 12 hours on the skin, but the inside of the body takes about three times as long to cool. In the end, the deceased body will reach the temperature of its surroundings.

No, that is not a fever.

35 degrees celsius or 1.5 fahrenheit

The 'Normal' temperature of an adult is 98.6 degrees. This is considered normal body temperature. However, many factors such as food and drink, environment, medications, etc. can change bodily temperature. 98.8 Is ideal.

Average normal body temperature taken orally has traditionally been considered 98.6 degrees Fahrenheit. The value come from a crude study done in the 1800s. Better recent studies have found the value is really 98.2

Yes

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Not having the correct body temperature usually happens during the summer as it can get very hot . Its called a ' Summer virus ' and the symptoms are pains and vibration in legs and hands and thighs both left and right sides, headaches , very dark poo-poo, high temperature all around the body , EXTREMLY HIGHLY SEVERE tiredness and pians at the top of the nose following out at both sides till it reaches the end of the eyelids when you look to the left , to the right or behind you . Normally the treatment for this is Nurofen or Parcetamol but you should see a doctor in case your condidtion is something more serious . :D

The sweat glands become active when the body temperature rises.

Thermoregulation

The hypothalamus regulate body temperature. Pyrogens are a main component in elevating body temperature. These can be induced either by the body in response to inflammation, and/or by bacteria or viral particles. Pyrogens then in turn increase the production of interleukin by immune cells. The interleukin1 hormone then increases the production of prostaglandin in the hypothalamus. The hypothalamus senses the rise if prostaglandin and increases the basal body temperature, thus increasing temperature. If there is enough stimulation (high viral or high bacterial load), then the temperature will rise enough to the medical classification of a fever. Fever is hypothesized to inhibit, or slow down, the metabolism of bacteria. Bacteria can only operate at certain designated mediums, or environments; one area which includes temperature. This is due to the kinetics or molecular characteristics of enzymes and proteins that enable the bacteria to live. The kinectics have evolved a specific temperature niche, and any deviation of the preferred temperature alters the amount of activity (kinetics) of the enzymes/proteins, thereby slowing growth, activity, and potentially killing the bacteria. Furthermore, increased temperature raises the kinetics of the body's defenses and can aid in establishing a faster line of defense, by modulating immune factors and eliciting an immune response capable of containing an infection. Viral infections work similarly, however, are thought to have less responsiveness/effect to a rise in temperature, and thus, may be a reason why viral illness causes less severity in febrile illness as compared to bacterial illness. Furthermore, bacteria are known to cause more pyrogens, and likely the immune system evolved more in favor of containing bacterial infections given the higher mortality rate in untreated/pre-antibiotic era of bacterial infections rather than the self-resolving viral illness.

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gender

green frog

The body first uses sweating to reduce any increase in body temperature. If the person is dehydrated or cannot sweat, temperature can continue to rise.

Mainly sweat.

when is the best time of the day to take an baby body temperature?

Taking off clothes/putting extra clothes on, sweating or controlling sweating, turning fans on or off, turning furnaces up or down, etc. are all modifications at help us control body temperature. Also, drinking or eating warm items or cold items can affect core body temp. The effect of eating produces energy, which converts to heat--and raises the core temperature.

Well the key reason for preventing you body temperature going too high or low is first off controlled by homeostasis. To prevent us from say hypothermia of heat stroke, are body goes through positive and negative feed back. What those two are is the body's mechanism from distinguishing what has a solution and what doesn't. When we get cold are body shakes this is a defense mechanism to tell the brain that the body is very cold and to shake to cause heat so are body temperature can climb back up, that would be a negative feed back mechanism. And so if are body temperature is exposed to server hotness are body tells the brain to open up are sweat glands and what is taking place is glands dilate and sweat cools the body down to bring body temperature down. These only work when not exposed to coldness or heat for massive amount of time because if so there's the cause of freezing and getting hypothermia and when it's to hot the risk of heat stroke. So I hope that can answer your question on what the key reason why we don't over heat, or freeze to death.