CALCULATIONS Answer the following in Question 1-2 involves the same process three different times. Questions 3-9 are four-fold repetitive. Repeat these calculations for each of the four individual trials. Because of the repetition, you should collect your work in the data tables provided. Make sure to show all your work and label all calculations carefully. 1. Convert the mass of NaHCO3 in each test tube of the Avogadro's Law experiment into moles of NaHCO3. 2. How many moles of CO₂ gas are expected to form from each of the balloon reactions? Hint: HC₂H302(aq) + NaHCO3(s) → NaC₂H302(aq) + H₂O(1) + CO₂(g) 3. Use Table 3 of the partial pressures from page 4 of the introduction in the student handout and the temperature of the lab to find the PH₂O. 4. Use Dalton's Law of partial pressures, the barometric pressure, and the PH₂O to calculate the PH₂. [PH₂= Ptotal - PH₂0] 5. Use the Ideal Gas Law with PH2, VH2, TH₂ and the gas constant R to calculate the moles of hydrogen, n H₂. 6. Us
CALCULATIONS Answer the following in Question 1-2 involves the same process three different times. Questions 3-9 are four-fold repetitive. Repeat these calculations for each of the four individual trials. Because of the repetition, you should collect your work in the data tables provided. Make sure to show all your work and label all calculations carefully. 1. Convert the mass of NaHCO3 in each test tube of the Avogadro's Law experiment into moles of NaHCO3. 2. How many moles of CO₂ gas are expected to form from each of the balloon reactions? Hint: HC₂H302(aq) + NaHCO3(s) → NaC₂H302(aq) + H₂O(1) + CO₂(g) 3. Use Table 3 of the partial pressures from page 4 of the introduction in the student handout and the temperature of the lab to find the PH₂O. 4. Use Dalton's Law of partial pressures, the barometric pressure, and the PH₂O to calculate the PH₂. [PH₂= Ptotal - PH₂0] 5. Use the Ideal Gas Law with PH2, VH2, TH₂ and the gas constant R to calculate the moles of hydrogen, n H₂. 6. Us
Chapter7: Statistical Data Treatment And Evaluation
Section: Chapter Questions
Problem 7.15QAP
Related questions
Question
![CALCULATIONS Answer the following in Question 1-2 involves the same
process three different times. Questions 3-9 are four-fold repetitive. Repeat
these calculations for each of the four individual trials. Because of the
repetition, you should collect your work in the data tables provided. Make sure
to show all your work and label all calculations carefully. 1. Convert the mass of
NaHCO3 in each test tube of the Avogadro's Law experiment into moles of
NaHCO3. 2. How many moles of CO₂ gas are expected to form from each of
the balloon reactions? Hint: HC₂H302(aq) + NaHCO3(s) → NaC₂H302(aq) +
H₂O(1) + CO₂(g) 3. Use Table 3 of the partial pressures from page 4 of the
introduction in the student handout and the temperature of the lab to find the
PH₂O. 4. Use Dalton's Law of partial pressures, the barometric pressure, and the
PH₂O to calculate the PH₂. [PH₂= Ptotal - PH₂0] 5. Use the Ideal Gas Law with
PH2, VH2, TH₂ and the gas constant R to calculate the moles of hydrogen, n H₂.
6. Us](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3638a215-a288-4d5b-a7a9-7c446973e9e3%2F3f0f0b32-e9e4-4cd9-9ee6-2534979ca3aa%2Frg3hpit_processed.png&w=3840&q=75)
Transcribed Image Text:CALCULATIONS Answer the following in Question 1-2 involves the same
process three different times. Questions 3-9 are four-fold repetitive. Repeat
these calculations for each of the four individual trials. Because of the
repetition, you should collect your work in the data tables provided. Make sure
to show all your work and label all calculations carefully. 1. Convert the mass of
NaHCO3 in each test tube of the Avogadro's Law experiment into moles of
NaHCO3. 2. How many moles of CO₂ gas are expected to form from each of
the balloon reactions? Hint: HC₂H302(aq) + NaHCO3(s) → NaC₂H302(aq) +
H₂O(1) + CO₂(g) 3. Use Table 3 of the partial pressures from page 4 of the
introduction in the student handout and the temperature of the lab to find the
PH₂O. 4. Use Dalton's Law of partial pressures, the barometric pressure, and the
PH₂O to calculate the PH₂. [PH₂= Ptotal - PH₂0] 5. Use the Ideal Gas Law with
PH2, VH2, TH₂ and the gas constant R to calculate the moles of hydrogen, n H₂.
6. Us
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