For my art in chem based on Picasso’s Guernica, I focused on the woman falling from the burning building to explore the emotion of fear. I used broken shapes and chaotic elements to show how fear affects both the mind and body. I connected this to science by including chemical structures like epinephrine and prostaglandins, which are released during fear and stress. I also added carbon dioxide in the fire to tie in real-world chemistry. This project helped me understand how emotions like fear are linked to actual chemical reactions, showing how art and science can work together to express complex ideas.
If women and people of color were allowed to participate and learn about science, discoveries would have been made a lot faster. Letting more people give their input would have brought more ideas and methods to science. They also could have seen things that were overlooked. The periodic table would have been made much faster and had many more things on it if everyone had an equal chance. Modern science would be a lot more widespread inclusive and dynamic.
This is my project about the chemists who contributed to the creation of the periodic table. First there is Marie Curie, the woman who made the discovery of polonium and radium, two radioactive elements.She also discovered that tumors can be treated with radium. Dmitri Mendeleev, who created the periodic table of elements, comes next.Then there is Linus Pauling, who contributed to the knowledge of chemical bonding. Last but not least is Antoine Lavoisier, who is known as the father of chemistry and developed the method for naming elements in addition to working on the law of conservation.
This is my Bohr Model. A Bohr Model is a simplified atomic model that describes an atom.It depicts an atom of a element with neutrons and protons in the nucleus with electrons orbiting it.I modeled titanium and it has 22 protons and electrons but 26 electrons because there are 4 anions.