An example is provided below.DIMENSION CHANGE0 =_0.e.g. I = 21,HOW TO SOLVE THE EXAMPLE: Compare the increase/decrease of the original flexural stress value ( a.)with the resulting flexural stress ( o) after applying the changes in the variable/s of the formula.1.5Po•lo(0.)wo•to?1.5P+l(0)%3Dw+t2e.g. I = 2loSubstitute the value of l in the eq'n:1.5P+2lo(0)w•t2Note: (length, I) lang ang nabago sa equation, ibig sabihin, P, t, and w are equivalent to P., t, and w,respectively.In this case,O= Oo1.5P * 2lo1.5Po * low * t?wo * to?Therefore,o = 00The new flexural stress is equivalent to ½ of the previous flexural stress value when I= 2lo.*You can also try assigning values for P, L, W, and T in the eq'ns for checking. Complete the table below. Determine the relationship between Ở and Oo of a block of chocolate giventhe change/s in the dimensions I, P, t, and w.Express your answers in the second column as whole numbers or fractions. Show your completesolutions.Assumption: All variables in the formula for flexural stress remains the same except for the variablesindicated in column 1DIMENSION CHANGEO =W = 3W.T = 2T0andW = 0.25W.T= 2,5To,25L= 6LoandW = 3W.Variables:Flexural Stress, oNew Flexural Stress, aUNITprevious length of the barnew length of the barPoPrevious loadPnew loadW.Previous width of the barnew width of the barwtoPrevious thickness of the bartnew thickness of the banm

Answered: Image /qna-images/answer/537e9b9b-36ea-4ebd-b543-0881d24a80bc.jpg

Complete the table below. Determine the relationship between Ở and Oo of a block of chocolate given the change/s in the dimensions I, P, t, and w. Express your answers in the second column as whole numbers or fractions. Show your complete solutions. Assumption: All variables in the formula for flexural stress remains the same except for the variables indicated in column 1 DIMENSION CHANGE W = 3Wo T = 2T, 3 1 and W = 0.25W. T = 2.5To , L = 6Lo 25 and W = 3W. Variables: Flexural Stress, a. | previous length of the bar Previous load Previous width of the bar Previous thickness of the bar New Flexural Stress, a UNIT | new length of the bar new load new width of the bar new thickness of the bar Po W. w to EZ E E

Complete the table below. Determine the relationship between Ở and Oo of a block of chocolate given the change/s in the dimensions I, P, t, and w. Express your answers in the second column as whole numbers or fractions. Show your complete solutions. Assumption: All variables in the formula for flexural stress remains the same except for the variables indicated in column 1 DIMENSION CHANGE W = 3Wo T = 2T, 3 1 and W = 0.25W. T = 2.5To , L = 6Lo 25 and W = 3W. Variables: Flexural Stress, a. | previous length of the bar Previous load Previous width of the bar Previous thickness of the bar New Flexural Stress, a UNIT | new length of the bar new load new width of the bar new thickness of the bar Po W. w to EZ E E

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...

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