5

# Step And now we finally have36 e58 sin(68) d8 = I = 2525 C, where C =Putting all of this together and incorporating the constant of integration, C, we have| ese sin...

## Question

###### Step And now we finally have36 e58 sin(68) d8 = I = 2525 C, where C =Putting all of this together and incorporating the constant of integration, C, we have| ese sin(6e) 40

Step And now we finally have 36 e58 sin(68) d8 = I = 25 25 C, where C = Putting all of this together and incorporating the constant of integration, C, we have | ese sin(6e) 40

#### Similar Solved Questions

##### 3. Some Algebra of LPMs Consider the Linear Probability Model from class with:Yi = 8o + B1Xi + U;Furthermore suppose that the true model of probability in the world is that:P(Y = 1X) = Bo + B1XIn this problem we Il explore some details of OLS in this situation:First show that E(u]X) = 0. Hint: Take the expectation of the regression and the expectation of Y as a Bernoulli. These must be equal:Derive the conditional variance of U given X, Var(UIX)Is U heteroscedastic?
3. Some Algebra of LPMs Consider the Linear Probability Model from class with: Yi = 8o + B1Xi + U; Furthermore suppose that the true model of probability in the world is that: P(Y = 1X) = Bo + B1X In this problem we Il explore some details of OLS in this situation: First show that E(u]X) = 0. Hint: ...
##### 43polntt HoALinAlg1 1.004.4KolesAk Your TatcherDetermine whlch of *1, and *3 eigcnvector for the malnx For those that are, determine the associated cigenvalue. (For each vector; enter the associated eigenvalue, exists cigenvalue does exlst, enter DNE )
43polntt HoALinAlg1 1.004. 4Koles Ak Your Tatcher Determine whlch of *1, and *3 eigcnvector for the malnx For those that are, determine the associated cigenvalue. (For each vector; enter the associated eigenvalue, exists cigenvalue does exlst, enter DNE )...
##### Assume that a sample is used to estimate a population mean /L. Find the margin of error M.E that corresponds to a sample of size 14 with a mean of 16.9 and a standard deviation of 18.3 at a confidence level of 90%Report ME accurate to one decimal place because the sample statistics are presented with this accuracy: M.EAnswer should be obtained without any preliminary rounding: However, the critical value may be rounded to 3 decimal places:
Assume that a sample is used to estimate a population mean /L. Find the margin of error M.E that corresponds to a sample of size 14 with a mean of 16.9 and a standard deviation of 18.3 at a confidence level of 90% Report ME accurate to one decimal place because the sample statistics are presented wi...
##### (5 pts) 9. A block with weight 3.0 N sits on a 12.0 N book; which is on a horizontal table. If the book is given a horizontal acceleration of 2.0 m/s? and the block does not slip relative to the book, find the horizontal force exerted on the book by the block:
(5 pts) 9. A block with weight 3.0 N sits on a 12.0 N book; which is on a horizontal table. If the book is given a horizontal acceleration of 2.0 m/s? and the block does not slip relative to the book, find the horizontal force exerted on the book by the block:...
##### Question 11ptsName the type of chemical bondrepresented by dotted line in the diagram belowionic bondpolar covalent bondnonpolai covalenibondhydrophobic Interctlon
Question 1 1pts Name the type of chemical bondrepresented by dotted line in the diagram below ionic bond polar covalent bond nonpolai covalenibond hydrophobic Interctlon...
##### Are the following pairs of molecules identical, enantiomers, diasteriomers, or constitutional isomers?(a)(b)(c)BrBrBrBr(d)(e)BrBrOHOHCl
Are the following pairs of molecules identical, enantiomers, diasteriomers, or constitutional isomers? (a) (b) (c) Br Br Br Br (d) (e) Br Br OH OH Cl...
##### Apocarpous condition is found in(a) Mustard(b) Tomato(c) Lotus(d) All of these
Apocarpous condition is found in (a) Mustard (b) Tomato (c) Lotus (d) All of these...
##### What is the mass grams Ihal are in 3.37 1025 molecules of 1,?
What is the mass grams Ihal are in 3.37 1025 molecules of 1,?...
##### 5. Given the data:4.0 4.2 4.5 4.7 5.1 5. 5.9 6.3 6.8 7.1 Yi 102.56 113.18 130.11 142.05 167.53 195.14 224.87 256.73 299.50 326.72Construct the least squares polynomial of degree 1, and compute the error: b Construct the least squares polynomial of degree 2, and compute the error:
5. Given the data: 4.0 4.2 4.5 4.7 5.1 5. 5.9 6.3 6.8 7.1 Yi 102.56 113.18 130.11 142.05 167.53 195.14 224.87 256.73 299.50 326.72 Construct the least squares polynomial of degree 1, and compute the error: b Construct the least squares polynomial of degree 2, and compute the error:...
##### Use a graphing utility to graph the function. $$f(x)=\arctan (2 x-3)$$
Use a graphing utility to graph the function. $$f(x)=\arctan (2 x-3)$$...
##### Practice Problem 07.58 When (R)-_ bromo-= 3-dimethylpentane is treated with sodium hydroxide four different alkenes are formed_ Draw all four products and rank them in terms of stability.PartGet help answering MolecularDraw all four alkene products:EditAttempts:usedSAVE For LATER
Practice Problem 07.58 When (R)-_ bromo-= 3-dimethylpentane is treated with sodium hydroxide four different alkenes are formed_ Draw all four products and rank them in terms of stability. Part Get help answering Molecular Draw all four alkene products: Edit Attempts: used SAVE For LATER...
##### Two waves of light in air, of wavelength $\lambda=600.0 \mathrm{nm}$ are initially in phase. They then both travel through a layer of plastic as shown in Fig. $35-36,$ with $L_{1}=4.00 \mu \mathrm{m},$ $L_{2}=3.50 \mu \mathrm{m}, n_{1}=1.40,$ and $n_{2}=1.60$ (a) What multiple of $\lambda$ gives their phase difference after they both have emerged from the layers? (b) If the waves later arrive at some common point with the same amplitude, is their interference fully constructive, fully destructiv
Two waves of light in air, of wavelength $\lambda=600.0 \mathrm{nm}$ are initially in phase. They then both travel through a layer of plastic as shown in Fig. $35-36,$ with $L_{1}=4.00 \mu \mathrm{m},$ $L_{2}=3.50 \mu \mathrm{m}, n_{1}=1.40,$ and $n_{2}=1.60$ (a) What multiple of $\lambda$ gives the...
##### (1) In notation where angular momentum eigenstates are written as usual in the form Ij,m) , calculate the following matrix elements Where appropriate use the Kroneker 0 that Ok = 1 if k = and 0 if k # 1.(j,m/j?|j m) (j' , m'|J2j,m) (' m'[J:lj,m) (j' ,m'Vj_Ij,m) HV+I},-4) HJ+Ig;-%) H-IZ; -H)
(1) In notation where angular momentum eigenstates are written as usual in the form Ij,m) , calculate the following matrix elements Where appropriate use the Kroneker 0 that Ok = 1 if k = and 0 if k # 1. (j,m/j?|j m) (j' , m'|J2j,m) (' m'[J:lj,m) (j' ,m'Vj_Ij,m) HV+I...
##### Ifa certain car going with speed v1, rounds level curve wlth radlus R1, It is Just on the verge of skidding: If Its speed Is now doubled, the radius of the lightest curve on the same road that It can round wlthout sklddlng Is 4RISelect one:TrueFalse
Ifa certain car going with speed v1, rounds level curve wlth radlus R1, It is Just on the verge of skidding: If Its speed Is now doubled, the radius of the lightest curve on the same road that It can round wlthout sklddlng Is 4RI Select one: True False...
##### For the years 1995 to $2002,$ the number $N$ of cellular phone subscribers (in millions) can be modeled by the equation $N=17.4 x^{2}+36.1 x+83.3,$ where $x=0$represents the year 1995 [Source: Data from the 2005 Statistical Abstract of the United States, Table $1372, ext { page } 870] .$ If this trend continued, in what year did the number of subscribers reach or surpass 3750 million?
For the years 1995 to $2002,$ the number $N$ of cellular phone subscribers (in millions) can be modeled by the equation $N=17.4 x^{2}+36.1 x+83.3,$ where $x=0$ represents the year 1995 [Source: Data from the 2005 Statistical Abstract of the United States, Table $1372, \text { page } 870] .$ If this ...