Blood pH Reading Questions. Question #1 You test your pool water to find its pH. The test strip reads that the pH is 6.98. Is the water in your pool acidic,

Slides:



Advertisements
Similar presentations
DO NOW Feedback: what does this mean to you?. Learning Targets Today I will describe the parts of a feedback loop.
Advertisements

Connect!  How does your body react to being cold?  What happens once you warm up?  Explain how a thermostat and furnace work together to keep your house.
Interactions Among Animal Systems (Part One)
The Respiratory System
AIM: How do organisms maintain dynamic equilibrium that sustains life?
Chapter 9 B – Cellular Respiration
Molecules in Our Bodies. pH pH = Power of Hydrogen Logarithmic Scale: 0-14 Shows concentration of H+ ions in water Water dissociates into H + and OH -
COMPLETE THE SHEETS ON YOUR DESK - NOW. Gas exchange in an Alveoli.
 You are hyperventilating – reducing the amount of carbon dioxide in your body.  The result/stimulus is your blood is becoming too alkaline – your pH.
Respiration and Fermentation
The Respiratory and Digestive Systems Key. I. The Respiratory System 1.Define respiratory system. The system that functions to get oxygen from the environment.
Maintaining dynamic equilibrium in living systems.
Characteristics of Life How many can you remember? – Made of cells – Movement – Require nutrients, oxygen, water – Respond to environment – Can reproduce.
What does it mean? Homeo = same Refers to stable state of your internal body – ex- body temperature, blood sugar level *Human Physiology is all about.
Science May 7, What structures in plants transport water and nutrients? 2.What structures in plants allow water vapor, and oxygen to be released.
RESPIRATORY SYSTEM SBI3U.
Respiratory System
Respiration Notes.
Body Systems Questions
Breathing and the Lungs
I can relate homeostasis to the internal environment of the body
Cellular Respiration Cellular (in cell ) Respiration (with oxygen) The process of releasing energy by breaking down glucose and other food molecules in.
28.2 & 28.3: Homeostasis Key Concept: Homeostasis is the regulation and maintenance of the internal environment. Key Concept: Body systems interact to.
 Goal: I will be able to explain how the respiratory and cardiovascular system work together to provide my working muscles with nutrients and oxygen.
Blood pH Reading Questions
28.2 & 28.3: Homeostasis Key Concept: Homeostasis is the regulation and maintenance of the internal environment. Key Concept: Body systems interact to.
Guided Notes for the Control of Respiration. 1. The activity of the respiratory muscles, the diaphragm and external intercostals, is regulated by nerve.
FEEDBACK MECHANISMS & HOMEOSTASIS. HOMEOSTASIS Maintaining the internal environment within a stable range given factors that influence the external environment.
PH. Water & pH H + can split off from H 2 O, leaving OH – if [H + ] = [ - OH], water is neutral if [H + ] > [ - OH], water is acidic if [H + ] < [ - OH],
1) What systems are involved in jumping jacks? Think hard… 2) What systems are left out? (Are they really) 3) What is the goal of all our body systems?
The molecule that supplies energy for cellular activities.
1 Photosynthesis and Cellular Respiration. 2  Photosynthesis is the anabolic pathway in which light energy from the sun is converted to chemical energy.
Body Systems 1 Topic 1 $100 $200 $300 $400 $500 Topic 2Topic 3Topic 4Topic 5Topic 6 Team 1Team 2Team 3Team 4 $200.
How our bodies use oxygen to release energy! Unit 10: Respiration Guided Note Packet Name: 1.
Assessing Breathing Models Lesson 10. Breathing, or ventilation, is the process through which the respiratory system moves air into and out of the lungs.
Steps of breathing Put correct order Inhaling-
8.3 – Gas Exchange Ms. Lowrie Advanced Biology 11.
AIM: How does your Body’s Respiratory System function to Maintain Bodily Homeostasis? DO NOW 1.What is breathing? Why is it important for the body? 2.What.
Section 3: Feedback Mechanisms
Starter Breathing Respiration
TOPIC: Cell Processes AIM: Explain the two types of respiration.
Homeostasis during Exercise
BIO.A.2.3 Enzyme Regulation of Biochemical Reactions
Presentation title slide
Gr.12 Life Sciences Paper 1 Session 4b
Respiratory System
Respiratory System
Conditions within the body must remain within a narrow range.
Homeostasis Same State
Conditions within the body must remain within a narrow range.
What is the equation for cellular respiration?
Respiratory System
B5f2 Excretion.
Just Wasting Away! Objective: To learn the structure and function of the Respiratory System Bell Work: How are respiration and cellular respiration related?
Respiratory System
Conditions within the body must remain within a narrow range.
Cellular respiration.
Interactions Among Animal Systems (Part One)
Cellular Respiration.
Label Cell A Label Cell B
Getting Energy From Food
The student is expected to: 4B investigate and explain cellular processes, including homeostasis, energy conversions, transport of molecules, and synthesis.
This presentation includes the following:
Interactions Among Animal Systems (Part One)
Cellular Respiration.
Respiratory System
Respiratory System Notes
8.3 GAS EXCHANGE AND TRANSPORT
Presentation transcript:

Blood pH Reading Questions

Question #1 You test your pool water to find its pH. The test strip reads that the pH is Is the water in your pool acidic, basic, or neutral? Use evidence from the reading to support your answer. Review Information About pH pH below 7 is acidic pH at 7 is neutral pH above 7 is basic

Question #2 What is the set point for human blood pH? Is this level acidic or basic?

Question #3 A person’s blood pH is found to be Describe if this person’s blood will function properly, using the range for blood pH in your answer.

Question #4 What is the name of the primary molecule involved in blood pH regulation?

Question #5 Describe the effect of carbon dioxide on blood.

Question #6 How does the human body release carbon dioxide from the bloodstream?

Question #7 Fill in the chart for the responses to a change in blood pH. An ______ in carbon dioxide… Causes the blood pH to decrease (becomes acidic)… Which causes _________to increase (breath faster). A _______ in carbon dioxide… Causes the blood pH to increase (becomes too basic)… Which causes breathing rate to ______ (breath slower).

Question #8 Describe how negative feedback is involved in regulating blood pH.

Question #9 Put the following events in the correct order: Billy’s cells undergo cellular respiration. Billy’s breathing rate increases. Billy’s blood pH level returns to its set point! The pH of Billy’s blood is decreased. The CO 2 sensors in Billy’s blood send a message to his brain to tell him that his CO 2 levels are too high. Billy’s brain sends a message to his diaphragm. Billy starts to exercise so he uses energy. Billy exhales CO 2 at a greater rate. Billy gives off CO 2 as a waste product.

Question #10 Complete the chart, listing the organs involved in blood pH homeostasis, the system each organ belongs to and the organs’ function. BloodTransport BrainSends message to cause a change DiaphragmContracts during breathing LungsRemoves CO 2 while exhaling OrganSystemFunction

Question #11 Draw and label the organs on the human body figure.