Homeostasis Quest: Feedback in Action

Froggy Jumps

Played 0

Create copy

About this activity

Learn how feedback keeps balance

Created by

Nerissa Putungan

Philippines

Download the paper version to play

Top 10 results

There are still no results for this game. Be the first to stay in the ranking! Log in to identify yourself.

Make your own free game from our game creator

Compete against your friends to see who gets the best score in this game

Make challenge

Bill of Rights Game - The Constitutionalist

Doni The Don

United States

(91)

Test your knowledge on the Bill of Rights. A fun way to test your knowledge and focus on where you need to improve.
pizza

Lorelay Tyana

Romania

(266)

joc despre pizza
Phlebotomy Order of Draw Quiz

Pamela Chapman

United States

(61)

Test your knowledge of the order of draw in Phlebotomy with these 10 questions!
Ethos, Pathos, and Logos Quiz

Kristine Vester

United States

(134)

Test your knowledge of ethos, pathos, and logos with these 10 questions on examples of persuasive techniques.
The Integumentary System

Breanna Nesbitt

United States

(59)

Functions and Structures of the skin

		%
	Anonymous	%
		%
		%

Print your game

Homeostasis Quest: Feedback in Action


Froggy Jumps Homeostasis Quest: Feedback in ActionOnline version Learn how feedback keeps balance by Nerissa Putungan 1 What is negative feedback in the body? a It amplifies a signal to increase change b It counteracts a change to return to a set point c It stores energy for later use 2 Which is a classic example of negative feedback? a Birth of a baby increasing heart rate for minutes b Labor contractions speeding up progress c Shivering when cold to generate heat 3 What is positive feedback in physiology? a A process that stops all activity b A process that restores a set point immediately c A process that amplifies a change away from the set point 4 Which scenario illustrates positive feedback? a Contractions during labor leading to more contractions b Sweating to cool the body c Insulin release to lower blood sugar 5 Why is homeostasis important for enzyme function? a Prevents any molecular movement b Keeps all enzymes permanently active c Maintains optimal temperature and pH for enzymes 6 Which hormone regulation is a negative feedback loop? a Insulin lowering blood glucose after a meal b Oxytocin increasing contractions during birth c Adrenaline boosting heart rate without limit 7 What role do fever responses play in homeostasis? a Fever permanently changes body set points b Fever immediately stops all metabolic processes c Elevated body temperature helps fight infection 8 Which mechanism helps return blood sugar to normal after a meal? a Keton bodies rapidly store glucose b Insulin release lowers glucose levels c Glucagon lowers glucose after eating 9 What happens if a set point deviates too far? a Feedback mechanisms activate to restore balance b All processes stop to save energy c The body ignores the change 10 Which is an example of a sensor-effector loop? a Thermoreceptors detect cold; muscles generate heat b Bones grow taller without hormonal control c Digestive enzymes break down fats

You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.

Homeostasis Quest: Feedback in Action

Froggy Jumps

About this activity

Created by

Download the paper version to play

Top Games

Froggy Jumps

Bill of Rights Game - The Constitutionalist

Froggy Jumps

pizza

Froggy Jumps

Phlebotomy Order of Draw Quiz

Froggy Jumps

Ethos, Pathos, and Logos Quiz

Froggy Jumps

The Integumentary System

Froggy Jumps

Homeostasis Quest: Feedback in ActionOnline version

by Nerissa Putungan

What is negative feedback in the body?

Which is a classic example of negative feedback?

What is positive feedback in physiology?

Which scenario illustrates positive feedback?

Why is homeostasis important for enzyme function?

Which hormone regulation is a negative feedback loop?

What role do fever responses play in homeostasis?

Which mechanism helps return blood sugar to normal after a meal?

What happens if a set point deviates too far?

Which is an example of a sensor-effector loop?