Positive vs Negative Feedback Quiz

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Identify the feedback type

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Florence Tapaoan

Philippines

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Positive vs Negative Feedback Quiz


AsterQuiz Positive vs Negative Feedback QuizVersion en ligne Identify the feedback type par Florence Tapaoan 1 High calcium levels trigger calcitonin release, lowering blood calcium. a Neither b Positive c Negative 2 Positive feedback mechanisms account for about 95% of the body's regulatory processes. a True b False c Not sure 3 Blood clotting is an example of negative feedback. a False b Neither c True 4 Negative feedback maintains homeostasis through continuous regulation. a True b Not sure c False 5 Positive feedback moves the body back to its set point. a False b True c Not sure 6 Shivering is an example of negative feedback when the body is too cold. a Not sure b True c False 7 A cut triggers platelets to activate more platelets until a clot forms. a Neither b Negative c Positive 8 High CO2 levels in the blood trigger faster breathing to expel CO2. a Positive b Negative c Not sure 9 High blood pressure triggers the heart to slow down and the vessels to dilate. a Not sure b Negative c Positive 10 The body reduces sweating when the temperature returns to normal. a Not sure b Negative c Positive 11 Baby suckling stimulates more milk production, encouraging more suckling. a Positive b Negative c Not sure 12 Oxytocin release during breastfeeding stimulates even more oxytocin production. a Not sure b Positive c Negative 13 When blood sugar rises, insulin is released to lower it back to normal. a Positive b Negative c Not sure 14 When body temperature rises, sweating occurs to cool the body down. a Not sure b Positive c Negative

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Positive vs Negative Feedback Quiz

AsterQuiz

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

Top Jeux

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Positive vs Negative Feedback QuizVersion en ligne

par Florence Tapaoan

High calcium levels trigger calcitonin release, lowering blood calcium.

Positive feedback mechanisms account for about 95% of the body's regulatory processes.

Blood clotting is an example of negative feedback.

Negative feedback maintains homeostasis through continuous regulation.

Positive feedback moves the body back to its set point.

Shivering is an example of negative feedback when the body is too cold.

A cut triggers platelets to activate more platelets until a clot forms.

High CO2 levels in the blood trigger faster breathing to expel CO2.

High blood pressure triggers the heart to slow down and the vessels to dilate.

The body reduces sweating when the temperature returns to normal.

Baby suckling stimulates more milk production, encouraging more suckling.

Oxytocin release during breastfeeding stimulates even more oxytocin production.

When blood sugar rises, insulin is released to lower it back to normal.

When body temperature rises, sweating occurs to cool the body down.