so it can suck on a bannana
A chemist might choose to study a variety of topics such as organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, or biochemistry. Their choice of study could be influenced by their career goals, personal interests, or a desire to contribute to a specific field of research.
A chemist might conduct a titration test to determine the concentration of a solution by reacting it with a solution of known concentration. This allows them to calculate the amount of substance present in the sample.
A chemist might add a buffer to a solution to maintain a stable pH level, as buffers resist changes in pH by absorbing excess H+ or OH- ions. This is important when working with sensitive reactions or biological systems that require a specific pH environment to function optimally.
The chemist could investigate the effect of different solvents on the rate of reaction to determine if solvent polarity plays a role. She could also vary the concentration of the reactants to explore how it influences the rate of reaction. Additionally, she could study the effect of temperature on the reaction rate to understand how kinetic energy affects the rate of the reaction.
Chemists might store reactive chemicals in argon to prevent oxidation or degradation of the chemicals. Argon is an inert gas that does not react with the chemicals, providing a stable environment for storage. This helps to maintain the purity and stability of the chemicals for longer periods of time.
so it can suck on a bannana
halogen compound
yes it can be substituted, you might want to use a little LESS of the olive oil, as it is heavier and has a stronger taste.
You might be thinking of one of the hydrocarbons, of which there are thousands.
How might the people of your research prepare to deal with future hurricanes?
beacause hydrocarbons cracked are expensive
TO help visualize the molecule
Study how the sun's heat affects pollution.-apex
Chlorine is commonly found as a substitution in alkyl chlorides, also known as chloroalkanes or alkyl halides. These compounds have a chlorine atom attached to an alkyl group.
A geologist may ask an analytical chemist to identify the minerals in a rock because the chemist can use sophisticated instruments and techniques to determine the mineral composition accurately and quantify trace elements. This information is crucial for understanding the rock's formation conditions, history, and potential economic value.
A soil chemist is first of all a chemist, so a degree in chemistry (preferably a 4-year one) is a start. Then some geology minors and you're off to the lab to work as a soil chemist. An associates in chemistry might get you a start, but you better be picking up course work and heading for the B.S. in chemistry if you're serious.
A chemist might choose to study a variety of topics such as organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, or biochemistry. Their choice of study could be influenced by their career goals, personal interests, or a desire to contribute to a specific field of research.