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Choose the correct answer based on your understanding of electricity.

Match the unit with its correct name and description.

Identify which VSEPR shape would correspond to the lone pairs and bonded atoms indicated.

Match the correct VSEPR shape to it's Lewis structure.

Match the type of IMF with the compounds it will exist for.

Identify the IMF present in each of the following structures.

Match the correct Lewis Dot Diagram to the compound listed.

Match the correct polarity to the molecule you think best represents it.

Complete the crossword based on your understanding of polarity.

Label the polarity across the Lewis structures shown.

Fill in the blanks about the image.

Determine how much energy was dissipated in each of the scenarios. Assume any moving object comes to a stop.

Calculate the amount of work done in each scenario.

Calculate the amount of gravitational energy in each scenario.

Solve for the amount of kinetic energy in each of the situations.

Solve for the correct amount of elastic energy in each situation.

Match the following single replacement reactions to the new compound they produce.

Categorize the following reactions as successful or unsuccessful single replacement reactions.

Match the insoluble product with the correct double replacement reaction.

Determine if the compounds are insoluble or soluble.

Match the following verbal descriptions to their correct chemical equation.

Match the following synthesis and decomposition reaction reactants to their products.

Rank the following force diagrams in order of smallest frictional force to largest frictional force assuming they all are traveling at a constant velocity.

Rank the force diagrams in order from the smaller normal force to the largest normal force.

Fill in the blanks based on your understanding of angled forces.

Fill in the type of force or size of force for the following scenarios.

Use the force diagrams to find the acceleration of the object.

Answer the following questions using your understanding of F=ma.

Select the correct equality.

Convert the following atom or moles quantities into their equivalency.

Convert the mole or liter values into their equivalency.

Convert the following mole or gram quantities to the other.

Match the correct molar mass with their respective compounds.

Match the force types and sizes to their correct scenario

Identify the size of the forces in each of the scenarios.

Match the types of forces with their description.

Solve for the question and select the correct answer.

For the problems shown, select the equation that you would need to use first to solve for the desired variable.

Fill in the blanks with what you know about a horizontally launched object.

Label the parts of a vertical projectile.

Fill in the blanks with what you know about vertical projectile motion.

Match the following ionic name to the correct formula.

Match the ionic formula with its correct name.

Fill in the crossword with the correct covalent names.

Provide the names of the covalent compounds shown.

Identify the types of bonds that would form between the elements given.

Fill in the crossword with what you know about each type of bonding.

Fill in the blanks with what you know about electron configurations.

Match the orbital filling diagrams and electron configurations with their corresponding element.

Choose the element that has a higher value for each periodic trend.

Match the trend description and its name.

Match the provided graph to the proper representation in a motion map.

Match the provided scenario to how you would expect it to look in a velocity vs. time graph.

Match the given graph to its correct translation.

Match the given graph to the correct translation.

Fill in the crossword based on your knowledge of motion terminology.

Use your knowledge of motion terminology to solve for the missing value.

Match the atom models to the person who theorized them.

Using the equation, predict what will happen to the dependent variable when the independent variable is changed.

Match the original plot to the axis that would be used to linearize the graph.

Match the original

Match the following vectors with the most likely real-world situation.

Fill in the blanks with what you know about vectors and scalars.

Match the vectors to their correct sum.

Match the equivalences using dimensional analysis.

Match the metric system values with their correct equivalency.

Solve the q=mcT equation to find the matching answers.

Identify the components of a calorimetry experiment.

Fill in the blanks with what you know about the scientific method.

Sort the types of data into qualitative or quantitative.

Identify the independent, dependent, and control variables in the situations.

Fill in the blanks with what you know about heat transfer and thermochemistry.

Identify which mixtures are hetero and which are homo.

Sort the items into physical or chemical changes.

Review the terms we've learned this unit: matter, element, compound, heterogeneous, homogeneous, and physical and chemical change.