40 IB Chemistry IA Ideas
Welcome to our blog post on IB Chemistry Internal Assessment (IA) ideas!
If you're an IB Chemistry student, you know that the IA is a crucial part of your coursework and can make or break your final grade.
However, coming up with a research question can be a daunting task, so we've compiled a list of 40 potential IA ideas for you to choose from.
Whether you're interested in studying the effect of temperature on ferromagnetics, variations in enthalpy, or the connection between metal ion charge density and thermal stability, we've got you covered.
It's important to note that these ideas should be used as a starting point and not as a definitive answer, but with Prodigy Prompt's help, you'll be sure to ace your IA report!
But that's not all... Once you've chosen your research question, Prodigy Prompt can help you generate example sections of your report that are tailored to your chosen topic.
This way, you can be sure that your IA report is well-structured, evidence-based, and meets all the requirements of the IB Chemistry syllabus.
So, without further ado,👇 let's dive into our list of 40 IA ideas👇
We hope that you'll find something that piques your interest.
How does temperature affect the strength of ferromagnetics?
Using calorimeters, investigate the variations in enthalpy and enthalpy of neutralisation
How does the temperature of an electrolyte affect the rate of electroplating?
How does the concentration of an electrolyte affect the rate of electroplating?
How does the surface area of a reactant affect the rate of reaction?
How does the unsaturation level vary with different oil brands?
How does time boiled affect the ascorbic acid content of a yellow pepper?
Using Ethylenediaminetetraacetic acid (EDTA) titration, find the content of calcium in full fat, pasteurised milk
For a particular chemical reaction, determine the activation energy using the rate of reaction at different temperatures and an Arrhenius plot.
What is the connection between metal ion charge density and thermal stability?
Calculate the energy and calorie content of a Cheetos packet
How does the type of cheese affect fat content of the cheese?
Using a redox titration, determine how much oxalate is present in spinach, kale and rocket.
How does temperature of various steel products affect the mass of rust produced?
Find the effect of boiling time on the protein concentration of milk by the bicinchoninic acid assay and calorimeter method.
How does a rise in cooking temperature affect the amount of ethanoic acid contained in vinegar, as measured by the acid-base titration?
How do different carbonates’ thermal stabilities relate to their charge densities?
Investigate the effects of pH on the rate of catalyzed reactions using enzymes.
Determine the solubility of different salts in water at varying temperatures.
Investigate the effects of light intensity on the rate of photosynthesis in different plant species.
Determine the acidity of various fruit juices using pH indicators.
Investigate the effects of surface area on the rate of corrosion of different metals.
Determine the composition of different brands of laundry detergent using titration techniques.
Investigate the effects of pressure on the boiling point of a liquid.
Determine the amount of caffeine in different types of tea using HPLC.
Investigate the effects of air pollution on the rate of rusting of iron.
Determine the composition of different types of cooking oils using gas chromatography.
Investigate the effects of temperature on the rate of fermentation in different types of yeast.
Determine the concentration of dissolved oxygen in different bodies of water using a Winkler test.
Investigate the effects of catalysts on the rate of a chemical reaction.
Determine the amount of calcium in different types of water using EDTA titration.
Investigate the effects of light wavelength on the rate of photosynthesis in different plant species.
Determine the composition of different types of antacids using acid-base titration.
Investigate the effects of different types of catalysts on the rate of a chemical reaction.
Determine the amount of fluoride in different types of toothpaste using ion-selective electrode.
Investigate the effects of different types of solvents on the rate of a chemical reaction.
Determine the amount of chlorine in swimming pool water using DPD titration.
Investigate the effects of temperature on the rate of enzyme-catalyzed reactions by measuring the rate at different temperatures and plotting a graph.
Determine the composition of various types of metal alloys using flame atomic absorption spectrophotometry (FAAS).
Investigate the effects of different types of acids on the rate of corrosion of metals by exposing samples of different metals to different acids and measuring the rate of corrosion over time.