a-c Calculations:Part 1:1. Follow the steps below to calculate the concentration of CaCO3 (in units of ppm or mg/L.) based on your twoendpoint measurements. This is the measure of your water hardness.a. Using the molarity and volume of titrant added, determine the moles of titrant added to yoursolution. Do this for both endpoint measurements.0.0 051.0. ol M. O10H L0-001M.0. 01 04L- 1.04 X10"S MOL EDTA: 1.051X10-4EPTÁb. Based on (a) and the chemical equation for the reaction, calculate the moles of calcium carbonatetitrated. Do this for both endpoint measurements.Motesmor EDIA. Mel Calco3|.040x.105 Mol ca etyc. Based on (b), calculate the concentration of calcium carbonate in units of ppm or mg/L. This is ameasure of the water hardness of the provided water sample. Do this for both endpointmeasurements.1-osd. Calculate the average water hardness (in units of ppm) based on your two measurements. Data:Part I.Calculation for dilution of 1000 Ppm CaCO, to 200 ppm CaCO:M, V, = Mz VzCo00r.m)CV) (200)2o000J000V4- 20mLCalculate the volume of titrant (10 mM EDTA) required to reach the endpoint:9 somte .200 PPM• olgMM- 100.0ggiml0.01gy IM6!100.0agly619.99 X1ó 5mol Caco,q.99x105MOIEDTA9.99VI6'SM=n V0.01M1ONM 1032 0.0l AMV = . 00999LV-n.99 ML 10 mL EDTAPart 2.Hach-1 test trip results and corresponding water hardness: --50ppmCalculate the volume of titrant (1 mM EDTA) required to reach the end point:g soute = S0ppmx50MMCACO3" 100.09glmol1060.0025g x IMo = 2.50 x1osMol100.09- 2.50x 10 S MOI EDTAV=n :2.5XIos0. 001MV = .025 Lv= 25 ML EOTA: .001 MED TAble 1: Titration Data for Parts 1 and 2Known SolutionKnown SolutionNatural WaterTrial 1Trial 2Samplenitial Burette Reading (mL)5.24 mL15.4 6 mL3.8712.니1 mLinal Burette Reading (mL)15.78 mL26.19 mlLo. 40m L8.54 muolume Titrant Added (mL)to. 51 ML

To determine: a) Moles of titrant added to the solution b)Moles of Calcium carbonate titrated…

1. Follow the steps below to calculate the concentration of CACO3 (in units of ppm or mg/L) based on your two endpoint measurements. This is the measure of your water hardness. a. Using the molarity and volume of titrant added, detemine the moles of titrant added to your solution. Do this for both endpoint measurements. n M.V

1. Follow the steps below to calculate the concentration of CACO3 (in units of ppm or mg/L) based on your two endpoint measurements. This is the measure of your water hardness. a. Using the molarity and volume of titrant added, detemine the moles of titrant added to your solution. Do this for both endpoint measurements. n M.V

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Related questions

Q: Circle the stronger acid. CH2-CH2-OH CH3-CH-OH F

Q: An organic acid can be represented by: ‖ CH3 – CH2 – C – H…

A: A multiple choice question based on functional group in organic compounds, which is to be…

Q: H₂NNH₂/NaOH HO OH/HⓇ catalytic NaOH (No acid or heat) 1)1,0 cq. LDA 2) 3) H₂0 1) catalytic NaOH 2)…

A: The question is based on organic reactions.We need to identify the product and explain its…

Q: 7. Lactic acid, also known as a-hydroxy propionic acid, is an a-hydroxy acid (AHA) found in some…

A: The answer has been outlined below.

Q: О COOH Br OCH(CH,); en ОН NO₂ NO₁₂ (h) CH,OCH,CH,

A: Rules for IUPAC nomenclature of organic compounds:According to IUPAC, the nomenclature of compounds…

Q: < H 1) NaOH / H₂O 2) dilute HCI Select to Draw

A: Given that, the reaction is:

Q: e) OCHECH3 1) NaOCH₂CH3 (1 eq) 2) BrCHCOCHCH 3) aq NaOH 4) aq HCI/heat

A: Given that, the reaction is:

Q: NH2 major product?

Q: Which set of answers is organized in order from highest to lowest priority? A. –CH2NH2 > –CN > –COOH…

Q: Ph HO Ph Ho で HO noreatior Ph

A: Ring opening with Grignards reagent is takes place at less steric hindered side. Hence correct…

Q: CH3OH(aq) + H+(aq) ⇋ CH3OH2+(aq) CH3OH2+(aq) + Br-(aq) → CH3Br(aq) + H2O(l) which species…

A: Given :- Step 1 CH3OH(aq) + H+(aq) ⇋ CH3OH2+(aq) Step 2 CH3OH2+(aq) + Br-(aq) → CH3Br(aq)…

Q: Br2 –NO2 FeBr3 Br Br NO2 -NO2 B) O C) Both A & B

A: Note: Since you have posted multiple independent questions in the same request, we will solve the…

Q: нн ТТ н-с-с-он II HH одан OH ၄၀၀ NH₂ Br -он до он О Nat

A: Here we are asked to write the IUPAC name of the given compounds.

Q: (i) COOH (h) (1) 2 CH3CH₂Li (2) H3O+ H H3O+ ↑ C=PPh3 + 요. CH3 NILL H+, heat

A: The question is based on organic reactions.We need to identify the product and explain its…

Q: Provide IUPAC name Include R/S designation

Q: CH3OH TSOH (cat) OEt OMe Ethyl benzoate Methyl benzoate

A: The mechanism of reaction is as follows:

Q: What is/are the function/s of calcium chloride in the extraction?

A: Anhydrous Calcium chloride (CaCl2) is used as drying agent in the extraction of caffeine from tea…

Q: 3. What is the correct IUPAC name of the following compound? A)…

A: The IUPAC name of the compound can be written on the basis of the number of carbon atoms in the main…

Q: How to draw the major?

A: Nucleophilic substitution reaction: The reaction in which nucleophile attacks on electrophile and…

Q: Rank the following compounds in order of increasing basicity. CH3 H3C CH3 H3C 00 KO 11 CH3 CH3 IV A)…

Q: 1) Answer the following questions using the table below: Acid K. 6.31 x 10-5 Benzylammonium ion,…

A: Weak acid does not dissociate completely like strong acids. So, the extent of dissociation that…

Q: Classify each of the following amines as primary, secondary or tertiary. CH3 CH3 CH3CHCH₂NHCH₂CHCH3…

Q: Draw a)trans-2-ethyl-1-bromocyclopentane B) 3-tert-butyl-3-cyclohexen-1-o

Question

a-c

Calculations:
Part 1:
1. Follow the steps below to calculate the concentration of CaCO3 (in units of ppm or mg/L.) based on your two
endpoint measurements. This is the measure of your water hardness.
a. Using the molarity and volume of titrant added, determine the moles of titrant added to your
solution. Do this for both endpoint measurements.
0.0 051.
0. ol M. O10H L
0-001M.0. 01 04L
- 1.04 X10"S MOL EDTA
: 1.051X10-4
EPTÁ
b. Based on (a) and the chemical equation for the reaction, calculate the moles of calcium carbonate
titrated. Do this for both endpoint measurements.
Motes
mor EDIA. Mel Calco3
|.040x.105 Mol ca ety
c. Based on (b), calculate the concentration of calcium carbonate in units of ppm or mg/L. This is a
measure of the water hardness of the provided water sample. Do this for both endpoint
measurements.
1-os
d. Calculate the average water hardness (in units of ppm) based on your two measurements.

Data:
Part I.
Calculation for dilution of 1000 Ppm CaCO, to 200 ppm CaCO:
M, V, = Mz Vz
Co00r.m)CV) (200)
2o000
J000
V4- 20mL
Calculate the volume of titrant (10 mM EDTA) required to reach the endpoint:
9 somte .
200 PPM
• olg
MM- 100.0ggiml
0.01gy IM6!
100.0agly61
9.99 X1ó 5mol Caco,
q.99x105
MOIEDTA
9.99VI6'S
M=n V
0.01M
1ONM 103
2 0.0l AM
V = . 00999L
V-n.99 ML 10 mL EDTA
Part 2.
Hach-1 test trip results and corresponding water hardness: --
50ppm
Calculate the volume of titrant (1 mM EDTA) required to reach the end point:
g soute = S0ppmx50
MMCACO3" 100.09glmol
106
0.0025g x IMo = 2.50 x1osMol
100.09
- 2.50x 10 S MOI EDTA
V=n :2.5XIos
0. 001M
V = .025 L
v= 25 ML EOTA
: .001 MED TA
ble 1: Titration Data for Parts 1 and 2
Known Solution
Known Solution
Natural Water
Trial 1
Trial 2
Sample
nitial Burette Reading (mL)
5.24 mL
15.4 6 mL
3.87
12.니1 mL
inal Burette Reading (mL)
15.78 mL
26.19 ml
Lo. 40m L
8.54 mu
olume Titrant Added (mL)
to. 51 ML

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Trending now

This is a popular solution!

Step by step

Solved in 4 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, chemistry and related others by exploring similar questions and additional content below.

Similar questions

Y) NaoH NaOH 2) $ C#z ě H + A) KOH OH CHz' c#3 B) KOH OH Na OH + CHs CcHte)a JuaOH O=)
Consider the reaction between aqueous solutions of ammonia and sodium cyanide. Select the products of the net ionic equation and whether products or reactants are favoured in the reaction. HCN(aq) NH4*(aq) NH2 (aq) OH (aq) | H20(?)
What is the classification of the compound shown below? ÇH,OH O: H-C-OH CH,OH A) L B) D C) A sugar this small is not classified as L or D.
Ch. 16 - Car xylic AcluS 1. Name the following carboxylic acids. Use both IUPAC and common names. b) CHs- cy-E-on c) CHz-CHz-cooH a) --OH d) CH-CHt ) CHy-CH と-OH GOH CH-CH-CHy Ho-ビ-CH - と。 f) CH-CH-C-Cty CH2 for e Longth k) Ho- -CH l CH lee Ho-C-C4,-CH-C-oH
give a 5 letter answer in order
Complete the following reaction:
HN-CH- H H. CH,CHCH, -C-N-CH–C–N–CH-C-N-CH-C–N–CHËO H H ČH-COO H. CH,OH CH3
draw products. all one question
Click on a basic (nucleophilic) atom. HH | | H-C-C=C₂ | H H H H-CI:
None
OH + Select to Draw > 00 Ⓒ 龍