LO: I will be able to activate prior knowledge regarding the cell unit by completing a see-thinkwonder gallery walk. Introduction to Organization and Patterns of Life 11/2/2022 LO: I will be able to activate prior knowledge regarding the cell unit by completing a see-think-wonder gallery walk. 5 min 2 min (share out) Do Now Give the meaning of as many words as you can in the time given. stimuli energy examine magnify compare / contrast characteristic claim domain evidence hypothesis living model theory Homeostasis heredity (DNA) reproduction metabolism organelle photosynthesis homeostasis biotic / abiotic atom cell cell membrane cell wall chloroplast cytoplasm protocol ribosome scientific method tissue Vacuole micrograph microscope mitochondria scientific model Table of Contents 01 Do Now 7 mins 02 5 mins 03 See - Think - Wonder 04 Exit Ticket 34 mins Think- See - Wonder -Breakdown -Whole class practice 1 min 2 mins Group activity SEE - THINK - WONDER SEE What are the things we see (observe or notice) in the image? 1min THINK What do we think is happening in the image or what do we think the text is saying? WONDER What does this make us wonder ? Group Gallery Walk Today you will dive into a gallery walk featuring images, diagrams, and text based on the new unit. You will work as a group to complete this task. Let’s PRACTICE one TOGETHER On the next slide………… SEE - THINK - WONDER I think 3 min Diagram 1 Algae Colonies Each green sphere is a colony of Volvox algae with more than 50,000 cells. Scientists study these glowing, freshwater organisms as models for how living creatures develop specialized cells and tissue. Strands of cytoplasm connect neighboring cells, allowing them to communicate, and slender flagella propel the colony through the water. Diagram 2 Prokaryotic Cell Diagram 3 SATURN Diagram 4 SATURN Diagram 5 Living things are similar in that they rely on many of the same processes to stay alive, yet are different in the ways that these processes are carried out. Nonliving things lack certain features of living organisms, such as the ability to maintain a cellular organization, carry out metabolic processes while maintaining internal stability (homeostasis), and pass on hereditary information through reproduction. Different organisms have different regulatory mechanisms that function to maintain the level of organization necessary for life. Life is dependent upon availability of an energy source and raw materials that are used in the basic enzyme-controlled biochemical processes of living organisms. These biochemical processes occur within a narrow range of conditions. Diagram 6 Human cell nuclei with fluorescently labeled chromatin (purple) and nuclear envelope (green). Credit: Fang-Yi Chu and Alexandra Zidovska, Department of Physics, New York University. Diagram 7 Diagram 8 SATURN Diagram 7 SATURN Diagram 8 SATURN Exit Task Which diagram stood out to you the most and why? CREDITS: This presentation template was created by Slidesgo, including icons by Flaticon, and infographics & images by Freepik Alternative Resources Alternative Icons Problem Solution Venus has a beautiful name and is the second planet from the Sun Despite being red, Mars is actually a cold place. It’s full of iron oxide dust