what is the mist effective mechanisms to help bring an reduced body temperature up to the...
what is the mist effective mechanisms to help bring an reduced body temperature up to the normal level?
Homework Answers
The most effective mechanism to help bring a reduced body temperature up to the normal level is by re-warming . Passive re-warming by using blankets , providing hot fluids to drink etc will help to raise the low body temperature to normal level .
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what is the mist effective mechanisms to help bring an
reduced body temperature up to the...
if the temperature of a black body is reduced by half, the amount of emitted radiation...
if the temperature of a black body is reduced by half, the amount of emitted radiation is reduced by a) 1/4 b) 1/2 c) 3/4 d) 1/16 Can you also explain how you find the answer please.
What training is necessary to bring the project team up to speed? what is included in...
What training is necessary to bring the project team up to speed? what is included in an agile project using Scrum. Executive support requirements to make the new project type effective. (1-2 slide)
15 Review the mechanisms for body temperature regulation by classifying each mechanism listed on the left...
15 Review the mechanisms for body temperature regulation by classifying each mechanism listed on the left with its thermoregulatory effect on the right. Effect: Decrease Heat Loss Effect: Increase Heat Production Food intake Vasodilation of skin arterioles Decreased secretion of epinephrine Vasoconstriction of skin arterioles Curl up (reduce surface area) Secretion of epinephrine (nonshivering thermogenesis) Effect: Increase Heat Loss Effect: Decrease Heat Production Decrease voluntary muscle movement Put on warmer clothes Shivering thermogenesis Decrease food intake (fasting) Sweating Put on...
Explain how homeostasis of body temperature is maintained when a person is outside on a cold,...
Explain how homeostasis of body temperature is maintained when a person is outside on a cold, winter day by: Describing the stimulus that initiates (triggers/starts) the homeostatic mechanism for body temperature control Identifying the three major components of the homeostatic mechanism and specifying the name of these three structures in the body that represent each of these 3 components. Describing exactly how those structures involved help bring the body back into homeostasis (hint: focus should be on the actual structures...
Normal body temperature for humans is 98.6 ?F. Part A What is the corresponding temperature in...
Normal body temperature for humans is 98.6 ?F. Part A What is the corresponding temperature in degrees Celsius? Part B What is the corresponding temperature in kelvins?
Can you help me with this question, please 9. A Normal body temperature is 98.60F. (Show...
Can you help me with this question, please 9. A Normal body temperature is 98.60F. (Show your work) a.Calculate the corresponding temperature in degree Celsius and then in Kelvin units. b. When you enter a swimming pool, the water may feel quite cold. After a while, though, your body "gets used to it," and the water no longer feels so cold. Use the concept of heat to explain what is going on. (note that heat flows because of a temperature...
A 67.3-kg man has a fever, and his average body temperature is 39.3oC. What mass of...
A 67.3-kg man has a fever, and his average body temperature is 39.3oC. What mass of ice, initially at 0.0oC, should he consume in order to bring his average body temperature down to 36.3oC? Assume no heat loss to the surroundings, and neglect complexities introduced by metabolism kg
A black body has an effective surface temperature of 450°C. Determine: (a) The total radiation energy...
A black body has an effective surface temperature of 450°C. Determine: (a) The total radiation energy (W/m2) that can be emitted by the black body (b) Determine total radiation energy (W/m%) that can be emitted by the black body within the 5-50 um wavelength region (c) The spectral blackbody emissive power of the black body at a wavelength of 10 um. 12
8. A black body has an effective surface temperature of 450°C. Determine: (a) The total radiation...
8. A black body has an effective surface temperature of 450°C. Determine: (a) The total radiation energy (W/m²) that can be emitted by the black body (b) Determine total radiation energy (W/m²) that can be emitted by the black body within the 5-50 um wavelength region (c) The spectral blackbody emissive power of the black body at a wavelength of 10 um.
7. (a) In a study of the effects of a medication on the body temperature of...
7. (a) In a study of the effects of a medication on the body temperature of normal adults, with what confidence a scientist can wish that the estimates made from a sample of 100 adults are within 0.01°F of the population mean. The population under study is believed to have standard deviation in body temperature of 0.07°F. (6) The 82% confidence interval of the body temperature of normal adults is between 89.195°F and 89.205°F. How many subjects should be used...
15 Review the mechanisms for body temperature regulation by classifying each mechanism listed on the left with its thermoregulatory effect on the right. Effect: Decrease Heat Loss Effect: Increase Heat Production Food intake Vasodilation of skin arterioles Decreased secretion of epinephrine Vasoconstriction of skin arterioles Curl up (reduce surface area) Secretion of epinephrine (nonshivering thermogenesis) Effect: Increase Heat Loss Effect: Decrease Heat Production Decrease voluntary muscle movement Put on warmer clothes Shivering thermogenesis Decrease food intake (fasting) Sweating Put on...
A black body has an effective surface temperature of 450°C. Determine: (a) The total radiation energy (W/m2) that can be emitted by the black body (b) Determine total radiation energy (W/m%) that can be emitted by the black body within the 5-50 um wavelength region (c) The spectral blackbody emissive power of the black body at a wavelength of 10 um. 12
8. A black body has an effective surface temperature of 450°C. Determine: (a) The total radiation energy (W/m²) that can be emitted by the black body (b) Determine total radiation energy (W/m²) that can be emitted by the black body within the 5-50 um wavelength region (c) The spectral blackbody emissive power of the black body at a wavelength of 10 um.
7. (a) In a study of the effects of a medication on the body temperature of normal adults, with what confidence a scientist can wish that the estimates made from a sample of 100 adults are within 0.01°F of the population mean. The population under study is believed to have standard deviation in body temperature of 0.07°F. (6) The 82% confidence interval of the body temperature of normal adults is between 89.195°F and 89.205°F. How many subjects should be used...
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