The purpose of this experiment was to study the behavior of electrolytes and non-electrolytes through measuring the conductivity of different solutions. The experiment was divided into two parts. In the first part, the conductivities of seven different solutions were examined. Those solutions were HCl, CH3COOH, NaCl, CaCl2, CH3OH, distilled water and tap water. It was concluded that HCl, NaCl, and CaCl2 were strong electrolytes as they dissociate completely forming free ions. On the other hand, CH3COOH, CH3OH, and the tap water were weak electrolytes. This is because they partially dissociated into ions. Finally, the distilled water was found to be a non-electrolyte. In the second part of the experiment, the concentration of the Ba(OH)2 was determined by a titration process, when reacting with H2SO4 solution. The titration process was held by monitoring the conductivity of the base solution Ba(OH)2 throughout the reaction. This monitoring happened by changing the volume of the strong acid H2SO4 until the equivalence point was reached. Then calculations were done to find the concentration of Ba(OH)2 throughout the reaction, which was found to be 0.1 moles/L. The results of this experiment helps in understanding what types of species are present in different solutions and the strength of conductivities for different types of solutions. Such an experiment is very significant in the field of electricity, as the properties of strong and weak electrolytes play an important because they are considered to the basic components in many industrial products.
How Do You Vet Your Writers?
Our writers pass rigorous tests in their fields, have verified degrees, and undergo continuous training to ensure expertise. This ensures your paper is handled by a true professional. Our selective screening process maintains the highest standards of academic competence. You can trust our team to deliver top-quality work. Ace my homework with confidence knowing every writer meets stringent qualification standards.
Results
Part (A)
In this part of the experiment, the conductivity of different solutions was examined. Those solutions were NaCl, CaCl2 , CH3COOH, HCl, CH3OH, distilled H2O, and tap H2O. All of the solutions were of 0.1molarity. The following table shows the conductivity values collected.
Table 1: Conductivity Values of Different Solutions
Can You Prevent Paper Resale?
We never resell papers—each is custom-written and stored securely, with strict policies to protect your ownership. Your work stays yours alone. Once delivered, your paper belongs exclusively to you with full intellectual property rights. We guarantee complete confidentiality for every order. Paper writing ownership remains entirely yours with zero resale risk.
Solutions Conductivity (¿½S/cm)
NaCl 13373
CaCl2 16923
CH3COOH 775
What Is Your Fastest Turnaround?
We can deliver polished papers in 3 hours for urgent needs, with top writers ensuring quality under pressure. Perfect for tight deadlines, we have got you covered. Our express service maintains academic standards even with accelerated timelines. Chat with support to confirm timing. Research study bay rapid delivery combines speed with uncompromised academic excellence.
HCl 35765
CH3OH 207
Distilled H2O 198
Tap H2O 205
From the results found, it was concluded that the solutions tested varied in conductivity strength. For example, NaCl, CaCl2, and HCl¿½s conductivity values were relatively high compared with the other solutions. This clearly implies that they are strong electrolytes. Those three solutions were found to be strong electrolytes because the atoms of each molecule completely dissociated into positive and negative ions inside the aqueous solution, leaving no remaining reactant molecules. Therefore, those ions became free to conduct electricity. The following chemical equations illustrate the dissociation of those three solutions.
Can You Help with Lab Reports?
Our science writers craft detailed lab reports, including data analysis and clear conclusions, tailored to your experiment. We ensure scientific accuracy and clarity. Lab reports require precise methodology documentation and proper data interpretation. Provide your data or guidelines to get started. Essay writer specialists in STEM fields deliver technically accurate lab documentation.
HCl ? H+ + Cl- Eq(1)
NaCl ? Na+ + Cl- Eq(2)
CaCl2 ? Ca+ + 2Cl- Eq(3)
On the other hand, it was observed that CH3COOH, CH3OH, and the tap water H2O were weak electrolytes because their conductivity was increased, but in a low rate. This happens to be a fact because those three solutions partially dissociated. This means that the atoms of those molecules formed ions, but to a limited extent, as some of those ions got attracted again to form the same molecule. Therefore, only the remaining ions in the solution conducted electricity. The following chemical equations show the reactions of those solutions. The arrow directed to the reactant indicates the reaction of the ions after the ¿½partial¿½ dissociation.
CH3COOH H+ + CH3COO- Eq(4)
How Do I Provide Feedback?
Use our messaging system to share feedback with your writer, ensuring your paper evolves to meet your vision. This keeps you in control of the process. Continuous feedback loops allow for real-time adjustments and refinements. Log in to your account to communicate directly. My assignment help includes interactive feedback systems for collaborative refinement.
CH3OH CH3+ + OH – Eq(5)
H2O H+ + OH- Eq(6)
Finally, the distilled Water was found to be a non-electrolyte as the conductivity value was 198, which means that the distilled water had a very poor conductivity power. Therefore, it did not dissociate. As a result, no equation is to be illustrated.
Part (B)
In this part of the experiment, the concentration of the solution Ba(OH)2 was to be found through titrating it by adding 0.08 M H2SO4 . Various conductivity values were taken by adding few milliliters of H2SO4 into the solution. The table below lists the values of the added H2SO4 and the corresponding conductivity values of Ba(OH)2 solution of every addition.
Can You Write for Graduate Programs?
Our Ph.D. writers create advanced papers for graduate-level work, with deep research and sophisticated arguments. We cater to the demands of graduate studies. Graduate writing requires mastery of theoretical frameworks and scholarly discourse. Share your programs requirements for a perfect fit. Ace tutors with advanced degrees support graduate-level academic excellence.
Table 2: The Conductivity of the Solution Ba(OH)2 as H2SO4 is Added.
Volume (mL) Conductivity (¿½S/cm)
1.00 5072
3.00 3754
What Plagiarism Tools Do You Use?
We use in-house tools and WriteCheck to ensure 95%+ originality, keeping your paper unique. A free originality report is included with every order. Our comprehensive plagiarism screening catches even paraphrased content to guarantee authenticity. Your work is always crafted from scratch. Research essay service authenticity is verified through industry-leading detection technology.
5.00 2452
7.00 1214
8.00 658
9.00 276
Can You Follow Strict Rubrics?
We meticulously follow your rubric, ensuring every requirement—structure, sources, tone—is met with precision. Our editors double-check for compliance. Rubric adherence ensures maximum grade potential by meeting all assessment criteria. Upload your rubric for a flawless paper. Essay helper precision ensures every rubric requirement receives careful attention.
10.00 772
10.20 869
10.50 1067
10.60 105
How Do You Handle Urgent Revisions?
Urgent revisions are prioritized, with editors turning around changes in hours to meet your deadlines. We act fast to keep your paper on track. Our rapid-response team addresses time-sensitive revision needs without compromising quality. Submit your revision requests through your account for quick results. Paper writing modifications are expedited for urgent academic situations.
10.70 1191
10.80 1497
10.90 1698
11.00 1898
Can You Write Admission Essays?
We craft standout admission essays, showcasing your unique story to make your application shine. Our writers highlight your strengths effectively. Admission essays require authentic voice and compelling narratives that resonate with committees. Share your goals in the order form for a compelling essay. Assignment writer expertise creates admission materials that capture committee attention.
11.10 2008
11.40 2008
11.60 2435
After conducting the titration process and doing the calculations, the concentration of of Ba(OH)2 was found to be 0.1 mol/L.
What Is Your Expertise in STEM Fields?
Our STEM writers hold advanced degrees and deliver precise, data-driven papers for technical subjects. We ensure accuracy in every detail. Technical writing demands both subject mastery and clear communication of complex concepts. Provide your technical requirements for a tailored result. Ace my homework challenges in science and mathematics with specialized expert support.
Calculations
In part (B), the concentration of Ba(OH)2 solution was found through serval calculation steps. First, the volume at the equivalence point of H2SO4 was found from the graph produced during the lab to be 9mL, which equaled to 0.009L. Using this value, the number of H2SO4 moles was found from the following equation.
Number of Moles = Molarity x Volume Eq(7)
H2SO4 Moles = Molarity x Volume
= 0.8 x 0.009
Can You Create Visual Aids?
We include charts, graphs, or tables when needed, enhancing your papers clarity and professionalism. These visuals support your arguments effectively. Data visualization strengthens academic arguments by making complex information accessible. Specify any visual needs in your order. Assessment help includes professional visual elements that enhance presentation quality.
= 0.0072 moles of H2SO4
The equation of the reaction was,
H2SO4 + Ba(OH)2 ? BaSO4 + 2H2O Eq(8)
From equation 8, the ratio of H2SO4 to Ba(OH)2 is 1:1. This implies that the number of moles of both of them was equal. Therefore, as the volume of Ba(OH)2 added was 70mL, the concentration of Ba(OH)2 was found as follows.
Molarity= Number of moles / Volume Eq(9)
How Do You Ensure Confidentiality?
Your data is encrypted, and papers are never shared, ensuring complete privacy throughout the process. We prioritize your security at every step. Our privacy protocols exceed industry standards with multiple layers of data protection. Rest easy knowing your order is protected. Research study bay confidentiality protocols protect every student interaction and transaction.
Concentration of Ba(OH)2= Number of moles / Volume
= 0.0072moles/ 0.07L
= 0.1 moles/L
Conclusion
Can You Help with Book Reviews?
Our writers produce insightful book reviews, analyzing themes and arguments to meet academic standards. We ensure depth and clarity in every review. Critical book analysis requires balanced evaluation of both content and literary merit. Provide the book details to get started. Essay writer expertise in literary analysis delivers thorough critical evaluations.
It was found out that some solutions were considered to be strong electrolytes like HCl, CaCl2 , and NaCl. This was because of their complete dissociation into the solution, which resulted in forming free ions that conductied electricity. On the other hand, other solutions like Ch3COOH, CH3OH, and tap water were weak electrolyte as they partially dissociated in the solution. Some of the free ions reacted again leaving only few ions. Therefore, the solution conducted electricity, but weakly. The distilled water did not conduct electricity. Therefore, it was a nonelectrolyte. Finally, the titration process was used to determine the concentration of Ba(OH)2 inside the solution, which was 0.1 mol/L.