PPT-Macromolecules The 4 largest molecules of life

The ability to biosynthesize the 4 major macromolecules ie you can create by yourself the 4 major molecules of life What is life again The reason these are necessary for life is because they are the basic ingredients for the macromolecules. What are Macromolecules? Macromolecules are very large molecules important to living organisms. Most macromolecules are built by joining smaller molecule subunits, often called “monomers”. T Molecules of Life Small organic compounds are subunits for the syntfor models of the macromolecules) Macromolecule Subunit Complex carbohydrates Simple sugars Lipids Glycerol and fatty acids Protei Ultimate . question . for biologists. Many theories/hypotheses/beliefs. Cultural: How is all life connected?. Religious: Is there a creator?. Philosophical: Are we here at all?. Scientific: How could life originate?. SC.912.L.18.1 Describe the . basic molecular structure . and. . primary function . of the . four macromolecules . Carbohydrates. Proteins. Lipids. Nucleic acids. MACROMOLECULES. Living things including cells, depend on a variety of biochemical processes for their survival.. Organic v. Inorganic. Organic molecules are carbon based; they are the second most common molecules found in living things next to water.. Inorganic molecules are not carbon based. (exceptions: CO. 2. How does temperature and pH affect enzyme activity?. Macromolecules. Macromolecules Video. https://. www.youtube.com/watch?v=IJ7xOSCEmZw. Pay close attention to the following and record on your concept map:. Matter. Chemistry: study of matter. Matter: any thing that has mass . 3 phases: solid, liquid, gas. Both living organisms and non living things are made up of matter. Atom. The atom is the basic unit of matter. All life uses 6 major elements. If we survey the molecules from which life is constructed, we find six that are found in all living things and have often been described as the ‘building block’ elements of . of Life. Tina . Šantl-Temkiv. Department of Bioscience. Department of Physics and Astronomy. Aarhus University. What. is . life. ?. Homeostasis. Organization. Metabolism: anabolism & catabolism. Ultimate . question . for biologists. Many theories/hypotheses/beliefs. Cultural: How is all life connected?. Religious: Is there a creator?. Philosophical: Are we here at all?. Scientific: How could life originate?. Independent. Group. Macromolecule Activity. Standard. SB1. Students will analyze the nature of the relationships between structures and functions in living cells.. c. Identify the function of the four major macromolecules (i.e., carbohydrates, proteins, lipids, nucleic acids). . Theories of origin of life. What is life?. The condition that distinguishes . animals and plants. from . inorganic matter. , including the capacity for . growth. , . reproduction. , . functional activity. 1. Artist’s Conception of Earth 3 billion years ago. 2. 3. I. . . Concept 25.1: The Origin of Life. A. Introduction. 1. Conditions at this time on Earth were such that life could have arisen by . Contents. Some Key Events. Origins of Life on Earth. Domains of Life on Earth. Some key events. Earth: 4.55 billion years old. Heavy bombardment until 4.45 billion years ago. sporadic bombardment for 600 million years until 3.85 billion years ago.