If thyroid hormones are not released, you can regulate body temperature by _____, which requires a greater use of _____.Multiple choice question.shivering; oxygensweating; calciumexhaling; carbon dioxideeating; glucose
Question
If thyroid hormones are not released, you can regulate body temperature by _____, which requires a greater use of _____.Multiple choice question.shivering; oxygensweating; calciumexhaling; carbon dioxideeating; glucose
Solution
The correct answer is "shivering; oxygen". When thyroid hormones are not released, the body can regulate its temperature through shivering. This is a process where the muscles contract and relax rapidly to generate heat. This process requires a greater use of oxygen as it increases the metabolic rate and thus the demand for oxygen.
Similar Questions
Which of the following is a major effect of thyroid hormone?Multiple choice question.Decrease oxygen consumptionDecrease blood glucoseDecrease food intakePromote heat-generating (metabolic) reactions
When body temperature drops _____ is released, increasing metabolic reactions of body cells and generating heat as a by-product.Multiple choice question.insulincalcitoninparathyroid hormonethyroid hormone (T3 and T4)
Select all that applySelect all of the ways by which muscles help maintain body temperature.Multiple select question.Constricting blood vesselsStoring fatReleasing calcium into the bloodShivering
While the body temperature of an ______ tends to fluctuate with the environment, the temperature of an ______ is maintained using heat generated from its own metabolism.Multiple choice question.autotherm; heterothermendotherm; ectothermheterotherm; autothermectotherm; endotherm
The _____ secretes a hormone that increases the body's metabolic rate, breathing rate, and heart rate.Multiple choice question.parathyroid glandthyroid glandpancreasthymusadrenal gland
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.