To determine the organic material in a dried lake bed, the percent carbon by mass is measured at two different locations. To compare the means of the two different locations, it must first be determined whether the standard deviations of the two locations are different.For each location, calculate the standard deviation and report it with two significant figures.| Sample | Location 1 (% C) | Location 2 (% C) ||--------|----------------|----------------|| 1 | 60.40 | 60.10 || 2 | 60.20 | 60.90 || 3 | 60.30 | 60.20 || 4 | 60.40 | 60.70 || 5 | 60.20 | 60.30 |**location 1 standard deviation:** **location 2 standard deviation:** What is the calculated F value for comparing the standard deviations?\[ F_{\text{calc}} = \]Are the standard deviations for the two locations significantly different at the 95% confidence level?- [ ] no- [ ] yes What is the calculated t value used to compare the means of these two locations?\[ t_{\text{calc}} = \]Are the means for the two different locations significantly different at the 95% confidence level?- [ ] no- [ ] yes

As per our company guidelines we are supposed to answer first three sub-parts only. Kindly repost…

Location 2 To determine the organic material in a dried lake bed, the percent carbon by mass is measured at two different locations. To compare the means of the two different locations, Location 1 Sample (% C) (% C) it must first be determined whether the standard deviations of the two locations 1 60.40 60.10 are different. 60.20 60.90 For each location, calculate the standard deviation and report it with two 60.30 60.20 significant figures. 4. 60.40 60.70 60.20 60.30 location 1 standard deviation: location 2 standard deviation: What is the calculated F vae for comparing the standard deviations? Fae =

Location 2 To determine the organic material in a dried lake bed, the percent carbon by mass is measured at two different locations. To compare the means of the two different locations, Location 1 Sample (% C) (% C) it must first be determined whether the standard deviations of the two locations 1 60.40 60.10 are different. 60.20 60.90 For each location, calculate the standard deviation and report it with two 60.30 60.20 significant figures. 4. 60.40 60.70 60.20 60.30 location 1 standard deviation: location 2 standard deviation: What is the calculated F vae for comparing the standard deviations? Fae =

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

Similar questions

Which type of noncovalent interaction would predominate between the R-groups of tryptophan and phenylalanine?
Student B determined the density of water to be 1.04 ± 0.05 g/mL. Consider Students A results. Which student was more accurate? Which student was more precise? (Student A got the following densities of water; 1.09 g/mL, 1.14 g/mL, and 1.15 g/mL with an average of 1.127 g/mL and a standard deviation of 0.026 g/mL)
For statistical analysis, you may just write the formula and provide the answer instead of providing the long solution. Use your calculator or MS Excel for calculation. This is analytical chemistry I need answers asap
Y Part C aspirin with [H3O+] = 6.5 x 10 M Express your answer using two significant figures. Y VE ΑΣΦ Submit Part D Request Answer IVE ΑΣΦ 1 Submit 9 pancreatic juice with [H3O+] = 3.5 x 10 M Express your answer using two significant figures. → O Provide Feedback Request Answer ar Ű ? ? Copyright © 2023 Pearson Educatio
1. Give the precision of each of the followings: 50 mL buret 100 mL graduated cylinder 10 mL Mohr pipet 25 mL graduated cylinder 0-100oC thermometer 2. Calculate the percent error for the last trial for each piece of equipment (50.0mL). 3. A student reported the mass of ten glass beads as 2.507 ± 0.015 g. What should the student report as the mass of one bead? Explain your answer. 4. A student reported the density of ten glass beads as 2.05 ± 0.34 g/mL. What should the student report as the density of one glass beads? Explain your answer. 5. A student noticed that the average diameter of the glass beads used for the mass measurements was significantly smaller than those used for the volume measurements. How would experimental determination of the density of glass be affected? Is this a systematic or random error?
Calculate the freezing and boiling point in each. A) 10.5g FECL3 in 1.50 x 10^2 g of water B) 3.5% KCl by mass (in water) C) 0.150m MgF2
Suppose you were measuring out an organic liquid, and some of it is evaporated after you have performed the volumetric measurement while you are weighing out the sample. What effect would this have on the densities you calculated? Will you overestimate or underestimate the density of the liquid? Would this cause poor accuracy, low precision, or both? Explain briefly.
A class of chemistry students measured the density of an unknown liquid. If the correct density of the sample is 1.14 g/mL, what is the percent error for their average experimental density? Group Density (g/mL) 1 1.033 1.185 1.075 4 1.026 1.135 1.022 %E = 94.6% %3D %E = 5.4% %3D %E = 6.1% %E = 5.7%
Given the following information, calculate the % error between the experimental value and the accepted literature value. Experimental value: 17.17 g/mL Accepted literature value: 16.94 g/mL
A certain analytical method for the determination of lead yields masses for lead that are low by 0.4 g. Calculate the percent relative error caused by this deviation for each measured mass of lead. Report the percent relative error with the correct number of significant figures. 872.4 g lead: -0.04 % relative error 107.6 g lead: -0.3 % relative error 70.6 g lead: -0.5 % relative error 山T回 hulu stv
Calculate the amount of carbon that was fixed in each of the tubes. Use the following conversion factors to do the calculations. mg O2/L x 0.698=mL O2/L mL O2/L x .536= mg carbon fixed/L
Three trials for this experiment had been conducted and the following are the masses of limiting reactant: 0.285 grams, 0.299 grams, and 0.292 grams. What is the standard deviation for the masses of limiting reactant for the three trials? please show work on how to do.