## Question

###### 13C NMR Spectrum (100. MHZ, CDCI , solution)DEPT CHzl CH;t CHTsolventproton decoupled80406 (ppm)200160120expansionIH NMR Spectrum (400 MHz , CDCI , solution)7.65 7.45 6.85 6.65 ppmTMS106 (ppm)

13C NMR Spectrum (100. MHZ, CDCI , solution) DEPT CHzl CH;t CHT solvent proton decoupled 80 40 6 (ppm) 200 160 120 expansion IH NMR Spectrum (400 MHz , CDCI , solution) 7.65 7.45 6.85 6.65 ppm TMS 10 6 (ppm)

## Answers

#### Similar Solved Questions

5 answers

##### Word Problem You are young traveler, leaving home for the first ' time_ Your parents want to help you on your journey, s0 just before vour departure, they give you two gifts Specifically, they give you Iwo forms of transportation: hover board and magic carpet: our parents inform you that both the hover board and the magic carpet have restrictions in how they operate:We denote the restriction on the hover bvard' $ movement by the vector 3_ By this we mean that the hover board traveled &

Word Problem You are young traveler, leaving home for the first ' time_ Your parents want to help you on your journey, s0 just before vour departure, they give you two gifts Specifically, they give you Iwo forms of transportation: hover board and magic carpet: our parents inform you that both t...

4 answers

##### 1. (a) If attempting to use the "canned" Reduction of Order formula y12' + (2y+pyi)z = f to solve z2y" +axy' ay 21 , where a 7 0 is a constant, given that 91 =I is always satisfies Ty"' + ary' ay = 0, what should p, f be?(a) p = ax, f = 2x_(b) p = -a, f = 2c.(c) p = ax1, f = 2c-1(d) p = ar-2, f = 2c-1(e) p = w2, f = 2cFind the solution to y" 2y' +y 3528/2e" that passes through the origin with slope of 1 at the origin. Find the slope of the c

1. (a) If attempting to use the "canned" Reduction of Order formula y12' + (2y+pyi)z = f to solve z2y" +axy' ay 21 , where a 7 0 is a constant, given that 91 =I is always satisfies Ty"' + ary' ay = 0, what should p, f be? (a) p = ax, f = 2x_ (b) p = -a, f = 2c...

4 answers

##### Jim crashes into Ashley while they = practicing their figure skating = routines. Jim' $ mass is 86kg and Ashley mass is 52 kg; Just beforc the collision occurred, Jim'$ velocity was 3 m/s, and Ashley'$ velocity was mls in the opposite direction_ If the collision was perfectly inelastic, how fast and in what direction will Jim and Ashley be moving immediately after the collision?Calculate the coefficient of restitution for the collision above:Explain the coeflicient of restitution

Jim crashes into Ashley while they = practicing their figure skating = routines. Jim' $ mass is 86kg and Ashley mass is 52 kg; Just beforc the collision occurred, Jim'$ velocity was 3 m/s, and Ashley'$ velocity was mls in the opposite direction_ If the collision was perfectly inelasti...

5 answers

##### Find dy for the function y = cotx + 4* _ ax completely:Be sure to simply your answerNote: use "shortcut" rules to find the derivative, not the limit definition

Find dy for the function y = cotx + 4* _ ax completely: Be sure to simply your answer Note: use "shortcut" rules to find the derivative, not the limit definition...

5 answers

##### Differentiate the function_Y = [In(1 + e*)]4Y

Differentiate the function_ Y = [In(1 + e*)]4 Y...

5 answers

##### 3. (10 marks) Prove that: A function f : R + R is concave if its hypograph is a convex set. Where for f : R v Rthe hypograph of f; HG; is HG; = {(y;x) â‚¬ R? : y < f(r)} for some % â‚¬ R.

3. (10 marks) Prove that: A function f : R + R is concave if its hypograph is a convex set. Where for f : R v Rthe hypograph of f; HG; is HG; = {(y;x) â‚¬ R? : y < f(r)} for some % â‚¬ R....

5 answers

##### AnalykalTMcllspting 7017 Knennalf Mrttl ah EDtkthc HeEm Gttenti problcm Youmliy Ihe problems numberedhere ^ (OTFExt Mmprr VOut eolns problatn otacmnt Aih_ quelliony tnntt ni 4Ct ona Cnedct0 mt centicemco honus utAton cVntre [netor Gno: Fnualion 14z00< InnranarcordineWnRecond: earrtnniric Thenelodty Fccricranon. tnhplituue ThrrequenicyFurctiDIlThcrolu EmtTalion Iain Roes through Ine station cbtNci Etancna the platform al 0 fllwoy the train whistle decrealses by 4 factor 0l 1/2 ~without stoppin

Analykal TMcll spting 7017 Knennalf Mrttl ah EDtkthc HeEm Gttenti problcm Youmliy Ihe problems numberedhere ^ (OTFExt Mmprr VOut eolns problatn otacmnt Aih_ quelliony tnntt ni 4Ct ona Cnedct0 mt centicemco honus utAton cVntre [netor Gno: Fnualion 14z00< Innranarcordine WnRecond: earrtnniric Thene...

5 answers

##### A Spherical shell with radius 6m centered at the origin Charges Q1=-2nC, Q2-3nC, Q3--9nC and Q4-2nC are located at positions (1,0,0), (5,5,0), (2,2,-2) and (2,1,0) respectively. The net flux through the sphere in {(KNm2/C) is0.6780.2661.241.841.02

A Spherical shell with radius 6m centered at the origin Charges Q1=-2nC, Q2-3nC, Q3--9nC and Q4-2nC are located at positions (1,0,0), (5,5,0), (2,2,-2) and (2,1,0) respectively. The net flux through the sphere in {(KNm2/C) is 0.678 0.266 1.24 1.84 1.02...

1 answers

##### Write equations of the lines through the given point (a) parallel to the given line and (b) perpendicular to the given line. Then use a graphing utility to graph all three equations in the same viewing window. $$ \text { Point Line } $$ $$ (2,1) \quad 4 x-2 y=3 $$

Write equations of the lines through the given point (a) parallel to the given line and (b) perpendicular to the given line. Then use a graphing utility to graph all three equations in the same viewing window. $$ \text { Point Line } $$ $$ (2,1) \quad 4 x-2 y=3 $$...

1 answers

##### Evaluate the integrals using appropriate substitutions. $\int \tan ^{3} 5 x \sec ^{2} 5 x d x$

Evaluate the integrals using appropriate substitutions. $\int \tan ^{3} 5 x \sec ^{2} 5 x d x$...

2 answers

##### Verify whether dual problem of Problem J is true O not. Find & = [xt] such that: max G + &1 2a" ~G _ &I 'Ja+([:]-[~J)" a ~G - &1 G + &1 subject to Problem R : a = 0 2 [%8] where G is the Gram matrix.

Verify whether dual problem of Problem J is true O not. Find & = [xt] such that: max G + &1 2a" ~G _ &I 'Ja+([:]-[~J)" a ~G - &1 G + &1 subject to Problem R : a = 0 2 [%8] where G is the Gram matrix....

5 answers

##### Consider the problem of evaluating the definite integral: [ V1-r dr=? (a) Give the substitution which is used t0 solve this problem (6) Give the new limits of integration after the substitution is made: (c) Give the numerical answer for the problem:

Consider the problem of evaluating the definite integral: [ V1-r dr=? (a) Give the substitution which is used t0 solve this problem (6) Give the new limits of integration after the substitution is made: (c) Give the numerical answer for the problem:...

5 answers

##### Describe matrices that cannot be added or subtracted.

Describe matrices that cannot be added or subtracted....

5 answers

##### Question 6 (10 points) An article journal reports the following statistics for two independent samples: Experimental ControCalculate the degrees of freedom (df) associated with the t.Round your answer to the closest whole number (rounding up if the value includes 5).Your Answer:

Question 6 (10 points) An article journal reports the following statistics for two independent samples: Experimental Contro Calculate the degrees of freedom (df) associated with the t. Round your answer to the closest whole number (rounding up if the value includes 5). Your Answer:...

5 answers

##### Model Improper fractlons and mlxed numbers QuestionName the improper fraction. Then; write it as a mixed number.Provide your answer below:Improper fractionmixed number

Model Improper fractlons and mlxed numbers Question Name the improper fraction. Then; write it as a mixed number. Provide your answer below: Improper fraction mixed number...

5 answers

##### A-0.430 HC charge placed at (- L.OO m; ~ZUU m) and -L2O HIC charge placed at (3.00 m, 0).4) Find the potental energy O the system:b) Find the potential at (3.00 M, -2.00 M).

A-0.430 HC charge placed at (- L.OO m; ~ZUU m) and -L2O HIC charge placed at (3.00 m, 0). 4) Find the potental energy O the system: b) Find the potential at (3.00 M, -2.00 M)....

5 answers

##### Propose behavlour? Thlnk of = 1 mlrror neurons 1 what this activitv Is 1 abillty explalnhowa U tnehroa Ptetontel conter premotd cotcmximen In one sentence 3 3 thl: Intormatlon I; sensed percely 8 nitortonio 1 brainstem W solnal thinkol used Im ine Moto Laste; 1 H 1 1

Propose behavlour? Thlnk of = 1 mlrror neurons 1 what this activitv Is 1 abillty explalnhowa U tnehroa Ptetontel conter premotd cotcmximen In one sentence 3 3 thl: Intormatlon I; sensed percely 8 nitortonio 1 brainstem W solnal thinkol used Im ine Moto Laste; 1 H 1 1...

5 answers

##### 2 Consider an HPLC injection valve set to jnject: Answer the following questions as either: waste, syringe (injection port), loop, column, pump; detector: (3 pts) A) Which component is directly connected to the pump outlet? B) Which component is directly connected to the loop outlet? Which component is directly connected to the syringe?

2 Consider an HPLC injection valve set to jnject: Answer the following questions as either: waste, syringe (injection port), loop, column, pump; detector: (3 pts) A) Which component is directly connected to the pump outlet? B) Which component is directly connected to the loop outlet? Which component...

4 answers

##### Using the sample data in the table below; test the following hypothesis to & = 0.05. Begin by writing both the null and alternative hypothesesHo p21716.6 17216.316.8 16117.2 16216. 17 .

Using the sample data in the table below; test the following hypothesis to & = 0.05. Begin by writing both the null and alternative hypotheses Ho p217 16.6 172 16.3 16.8 161 17.2 162 16. 17 ....

5 answers

##### Considcr tnc OrcichciotTrue expression for the shaded pan of Ok in tetres 6f 1 What [$ the area of sector MLK when the ndlus of the anck 6 32 MeTreolthe cucl II1 KHTlM radist

considcr tnc Orcichciot True expression for the shaded pan of Ok in tetres 6f 1 What [$ the area of sector MLK when the ndlus of the anck 6 32 MeTreolthe cucl II1 KHTlM radist...