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# 21)Let f(x)-x 1and g() = 4 Find cach of the following:a) ( 0 g)(2)6) (g 0 f(2)c) ( o g)(1)(g 0 f1)g) (f . g)(*)h) (g 0 f)x)...

## Question

###### 21)Let f(x)-x 1and g() = 4 Find cach of the following:a) ( 0 g)(2)6) (g 0 f(2)c) ( o g)(1)(g 0 f1)g) (f . g)(*)h) (g 0 f)x)

21)Let f(x)-x 1and g() = 4 Find cach of the following: a) ( 0 g)(2) 6) (g 0 f(2) c) ( o g)(1) (g 0 f1) g) (f . g)(*) h) (g 0 f)x)  #### Similar Solved Questions

##### (c) f(z) = (24 + 1)3/8 cos(x4)
(c) f(z) = (24 + 1)3/8 cos(x4)...
##### The random sample shown below was selected irom norma distribution:3,7,3, 6, 10,Complete parts andConstruct . 95% confidence interval for Ihe population mean(Round IWO decimal places as needed )Assume that sampl Mean Xand sampl standard deviation remain exactly the same as those you just calculated but that are based on sample of n = 25 observations Repeat part What i5 Ine effect increasing Ihe sample size on Ihe widlh Ihe confidence Inlervals?The confidence interva(Round two decimal places as n
The random sample shown below was selected irom norma distribution: 3,7,3, 6, 10, Complete parts and Construct . 95% confidence interval for Ihe population mean (Round IWO decimal places as needed ) Assume that sampl Mean Xand sampl standard deviation remain exactly the same as those you just calcul...
##### True or False: The probability that standard normal variable, Z,is less than 5.00 is pproximately tulzeTrue or False: The middle spread; that is the middle 50% of the normal distribution, one standard deviation teThe probability that = standard normal variable Z is positiveThe probability that a standard normal variable Zis negativeThe probability that a standard normal variable Z is equal to 0 (zero) is_The formula to translate any value ofX ~ Nlu; &) into the value the standard normal vazA
True or False: The probability that standard normal variable, Z,is less than 5.00 is pproximately tulze True or False: The middle spread; that is the middle 50% of the normal distribution, one standard deviation te The probability that = standard normal variable Z is positive The probability that a ...
##### Y" 6y" +lly' 6y = 0 with y(0) = 0, y() = 0, y" (0) = 2
y" 6y" +lly' 6y = 0 with y(0) = 0, y() = 0, y" (0) = 2...
##### If the first three of four given numbers are in AP and the last three are in HP, prove that the four numbers are proportional.
If the first three of four given numbers are in AP and the last three are in HP, prove that the four numbers are proportional....
##### Question 4A_ A metal can is located in a warehouse that is suspected to have burnt down in a case of arson. It is suspected that the can was used to carry an accelerant used in the commission of the crime_ What analytical techniques could you use to identify and to quantify the contents of the can? Justify your answer:6 marks)B. What are the similarities and differences between internal standardisation and external standardisation? Explain with reference to chromatographic technique of your choi
Question 4 A_ A metal can is located in a warehouse that is suspected to have burnt down in a case of arson. It is suspected that the can was used to carry an accelerant used in the commission of the crime_ What analytical techniques could you use to identify and to quantify the contents of the can?...
##### This problem illustrates that the eigenvalue parameter sometimes appears in the boundary conditions as well as in the differential equation. Consider the longitudinal vibrations of a uniform straight elastic bar of length $L .$ It can be shown that the axial displacement $u(x, t)$ satisfies the partial differential equation $$(E / \rho) u_{x x}=u_{u^{i}} \quad 0<x<L, \quad t>0$$  \begin{array}{l}{\text { where } E \text { is Young's modulus and } \rho \text { is the mass per un
This problem illustrates that the eigenvalue parameter sometimes appears in the boundary conditions as well as in the differential equation. Consider the longitudinal vibrations of a uniform straight elastic bar of length $L .$ It can be shown that the axial displacement $u(x, t)$ satisfies the part...
##### 292_ mg of an unknown protein are dissolved in enough solvent to make 5.00 mL of solution: The osmotic pressure of this solution is measured to be 0.0602 atm at 25.0 *C.Calculate the molar mass of the protein: Round vour answer to significant digits_Dxo
292_ mg of an unknown protein are dissolved in enough solvent to make 5.00 mL of solution: The osmotic pressure of this solution is measured to be 0.0602 atm at 25.0 *C. Calculate the molar mass of the protein: Round vour answer to significant digits_ Dxo...
##### You measure the blackbody temperature of the night skythree times and read: 7.3C, 9.1C, and 8.7C. Assuming thetemperature fluctuation is due to your device, how should yourepresent this result with its associated error if we assume a 95%confidence interval? Does the standard deviation of a populationchange dramatically as more data comes in? Standard error? How might we use a low-precision device to make a precisemeasurement of some natural constant like the speed of light in avacuum?The mean of
You measure the blackbody temperature of the night sky three times and read: 7.3C, 9.1C, and 8.7C. Assuming the temperature fluctuation is due to your device, how should you represent this result with its associated error if we assume a 95% confidence interval? Does the standard deviation of a popul...
##### Point) Find the inverse Laplace transform f(t) = L 1 {F(s)} of the function 38 1 F(s) = 82 48 + 538 flt) = L-1 82 48 + 5 help (forr
point) Find the inverse Laplace transform f(t) = L 1 {F(s)} of the function 38 1 F(s) = 82 48 + 5 38 flt) = L-1 82 48 + 5 help (forr...
##### Two negative and two positive point charges (magnitude Q = 2.76 mC ) are placed on opposite corners of square as shown in the figure 0.115 m ) (FigurePantADetermine the magnitude of the force on each charge Enter your answers numerically separated by commas_AZdFi,Fz,Fi,Fs =SubmitRequest AnswerPart BFigureof 1Determine the direction of the force on each charge. Enter your answers numerically separated by commasAZd01 , 02 , 03 , 84counterclockwise irom the TI axsSubmitRequest AnswerProvide Feedbac
Two negative and two positive point charges (magnitude Q = 2.76 mC ) are placed on opposite corners of square as shown in the figure 0.115 m ) (Figure PantA Determine the magnitude of the force on each charge Enter your answers numerically separated by commas_ AZd Fi,Fz,Fi,Fs = Submit Request Answer...
##### 1- In the Kingdom of Fairytale, which has a N number ofcitizens, peopleâ€™s income from the poorest to the richest arrangedas Y1,Y2,Y3,...YN. In one day, a rich diamond mine has beendiscovered and the king who sell the diamonds distributed theprofit as 100 Kingdom of Fairytale Rupi to all instead ofdistributing it according to incomes: (Which means the incomeserie is Y1+100, Y2+100, Y3+100,â€¦,YN+100) In this case: -Range?(distribution) -Standardized range of dispersion? -Variance? -Coefficient
1- In the Kingdom of Fairytale, which has a N number of citizens, peopleâ€™s income from the poorest to the richest arranged as Y1,Y2,Y3,...YN. In one day, a rich diamond mine has been discovered and the king who sell the diamonds distributed the profit as 100 Kingdom of Fairytale Rupi to all i...
##### 4. Why is treatment of COVID19 withantibody injections of limited therapeutic use?
4. Why is treatment of COVID19 with antibody injections of limited therapeutic use?...
##### 12) Find the inverse of the function f(x) =x2 - 6, where x 2 0_a) @ Y=Vx +6) 0 Y=V8 + xc)0 Y =Vxd)0 Y =Vx +
12) Find the inverse of the function f(x) =x2 - 6, where x 2 0_ a) @ Y=Vx + 6) 0 Y=V8 + x c)0 Y =Vx d)0 Y =Vx +...
##### Questlon 13Select the correct statement(s) from the following molecule:HH HH-C-&_e_c-HThere are 10 sigma and 2 pi bondsC-2 is 8p2 hybridization. III. Oxygen has sp hybridization. OA I only B. [ and IIIOC.I, I and IIID. [and IIOE II only
Questlon 13 Select the correct statement(s) from the following molecule: H H H H-C-&_e_c-H There are 10 sigma and 2 pi bonds C-2 is 8p2 hybridization. III. Oxygen has sp hybridization. OA I only B. [ and III OC.I, I and III D. [and II OE II only...
##### An object is placed at a distance 5.0 cm to the left ofa diverging lens with a focal length 2.5cm. Using the thin lens equation and the magnificationequation, determine the location and magnification of the imageformed by this configuration.Select one:a. The image is formed 1.7 cm to the left of the lens andit has a magnification of +1/3b. The image is formed 0.6 cm to the left of the lens andit has a magnification of +3/25c. No image is formed in this configuration.d. The image is formed 0.6
An object is placed at a distance 5.0 cm to the left of a diverging lens with a focal length 2.5 cm. Using the thin lens equation and the magnification equation, determine the location and magnification of the image formed by this configuration. Select one: a. The image is formed 1.7 cm to the left...