Differences Between Science And Pseudoscience - 1526 Words

Chapter 1: 1.1.hypothesis is a tentative prediction or proposal which is has not been validated. Only once the hypothesis has been rigorously tested by scientists can it be elevated to the status of a scientific theory or law. 1.2.The scientific method can not be used to deny or prove the existence of God due to there not being supported facts to answer questions that are asked. It is also very broad. 1.3. Controlled Experiments allows scientists to construct a situation so that only one variable is present. They are necessary to support a hypothesis because you form your questions and hypothesis off of the different experiment groups. 1.4.Make observation, ask questions, form hypothesis, test hypothesis, draw conclusion, Develop new†¦show more content†¦1.8.Unique Structural organization, metabolic processes, generative process, responsive processes, control processes 1.9.Regulation involves altering the rate of processes. Coordination occurs at several levels within an organism and also occurs at the organism level. Chapter #3: 2.1.The primary difference between organic compounds and inorganic compounds is that organic compounds always contain carbon while most inorganic compounds do not contain carbon. 2.2.The property of Catenation and its electronegativity 2.3. Simple Sugars- glucose and Fructose, Complex sugars-glycogen and cellulose 2.4. Hydrogen, Oxygen, and carbon 2.5. 1. Primary: refers to the unique sequence of amino acids in the protein. All proteins have a special sequence of amino acids, this sequence is derived from the cell s DNA. 2. Secondary : the coiling or bending of the polypeptide into sheets is referred to the protein s secondary structure. alpha helix or a beta pleated sheet are the basic forms of this level. They can exist separately or jointly in a protein. 3. Tertiary: The folding back of a molecule upon itself and held together by disulfide bridges and hydrogen bonds. This adds to the protein s stability. 4. Quaternary: Complex structure formed by the interaction of 2 or more polypeptide chains. 2.6 Structural protiens: maintaining the shape of cells and organisms. Regulator Protiens: Help determine what activities will occur in the