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A Passion for Creating Makes a Great Artist

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  Instructions:  Write an essay about  an artist named Matthew Hamblen   following the guidelines: Pages: 1 Sources: 2 Format: MLA How he first thought of painting trees, and what type of meanings do his paintings have? Must have at least four transitional words and phrases. Each point made after the topic sentence needs to connect to that topic sentence. Each sentence in the essay needs to build or connect to make one overall point related to the topic sentence. The title has to be something other than the name of the artist/art, something creative. Explain the connection between his paintings of trees (must be on the second page) and the idea in the essay. An artwork of Mathew Hamblem A passion for creation motivated Matthew Hamblen to begin a serious painting of trees in the 1990s. Matthew realized that his passion for creating was a cathartic experience for him. Hamblen grew up in an artistic environment. For instance, Hamblen’s father was an oil painter. Furthermore, his famil

The Reaction between Potassium Hydroxide and Sulfuric acid

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 Answer the question in Figure 1.  Figure 1: The Reaction between potassium hydroxide and sulfuric acid First, students must write a balanced chemical equation between sulfuric and potassium hydroxide to answer this question. Potassium hydroxide is a base, and when a base reacts with an acid, salt, and water is produced. Therefore, the general equation of the reaction between sulfuric acid and the base becomes:  Base + Acid Salt + water                                                   Equation 1  Figure 2: A conical flask for titrations Now, by inserting potassium hydroxide and sulfuric acid in Equation 1, the equation leads to Equation 2.   KOH (aq) + H2SO4 (aq) K2SO4 (aq) + H2O (l)                  Equation 2  (Unbalanced equation)  On the left side of Equation 2 are one mole of potassium, three moles of hydrogen, one mole of sulfur, and five moles of oxygen in reactants. On the right hand of the same equation are two moles of potassium, one mole of sulfur, five moles of oxy