CH105 Syallabus | CH105 Lab Syllabus

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Calculations:

• unit coversions (you should know all the metric conversions - I will give you conversions for non metric)
• density
• specific gravity

Be able to:

• write symbols of elements and vice versa
• explain structure of atom
• fill electrons in shells of atoms

Be able to:

• write properties of radiated particles
• write radioactive equations
• do calculations in radiation (given the units and values)
• write about damage caused by radiation
• write about the applications of radioactivity

Be able to:

• write electron dot (Lewis) structures for ionic and covalent compounds
• name compounds: ionic (metals, transition metals, polyatomic ions) , covalent.
• predict shape of molecules
• predict polarity of molecules

Be able to:

• write write basic chemical equations
• balance chemical equations

• molar mass (formula weight)
• moles
• number of atoms
• stoichiometric reactions

Be able to:

• explain the changes in states of matter
• predict which reaction will go faster based on temperature, nature of substance, concentration and catalyst.
• predict direction of equilibrium

• convert temperature into different units
• specific heat calculations

Be able to:

• explain the relationship between pressure and boiling point
• predict which reaction will go faster based on temperature, nature of substance, concentration and catalyst.

• Use the Boyles, Charles, Gay-Lussac's Law and the combined gas law
• use avogadro's law to calculate moles of gas in a certain volume
• use Standard temperature and pressure values to calculate values for gases

Be able to:

• explain the properties of water
• predict solubility based on temperature
• write difference between suspensions and colloids

• calculate equivalents of ions in solutions
• mass percent
• volume percents
• molarity

percent  =   mass (g) or volume (mL)
solutions    100 g or mL of solution

 

Be able to:

• recognize and name acids and bases
• determine the stronger acid in two or more acids
• write neutralization reaction
• give practical examples of how acids, bases and buffers are used in our lives

• calculate hydronium ion concentration using the ion product of water
• calculate pH

Chapter 10 - Alkanes and Aromatic Hydrocarbons

Vocabulary

alkanes	alkenes	alkynes	aromatic
saturated	unsaturated	cyclo alkanes	alkylhalides
structural formula	condensed formula	combustion	isomers (structural)

Be able to:

• differentiate between organic and inorganic substances
• write structural formulae
• name compounds (alkanes, cycloalkanes and alkylhalides) and vice versa
• identify functional groups in a given compound
• compare physical properties of the above organic compounds
• give practical applications of the above organic compounds

• combustion

Be able to:

• identify functional groups
• name alkenes, alkynes, cylcoalkenes and aromatic compounds
• compare physical properties of the above organic compounds
• give practical applications of the above organic compounds

• alkenes: hydrogenation, hydration
• combustion reaction

Be able to:

• name alcohols, ethers, phenols, aldehydes and ketones
• predict physical properties of alcohols, ethers, aldehydes and ketones eg solubility in water, acidity.
• give practical applications of the above organic compounds
• identify the chiral carbon in a compound

• alcohols: dehydration, oxidation
• oxidation and reduction of aldehydes and ketones

Be able to:

• name Carboxylic Acids, Esters, Amines and Amides
• predict physical properties of Carboxylic Acids, Esters, Amines and Amides eg solubility in water, basicity and acidity.
• give practical applications of the above organic compounds

• Carboxylic acids: neutralization and saponification
• synthesis of ester and hydrolysis of ester
• synthesis of amides and hydrolysis of amides

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