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# PreviousQuestion 11 of 11 (1 point)Find the Gini inder for the = given Lorenz curveJe* Lk) = â‚¬ +1The Gini inder for the given Lorenz curve is approximatelyRou...

## Question

###### PreviousQuestion 11 of 11 (1 point)Find the Gini inder for the = given Lorenz curveJe* Lk) = â‚¬ +1The Gini inder for the given Lorenz curve is approximatelyRound your answer t0 four decimal places

Previous Question 11 of 11 (1 point) Find the Gini inder for the = given Lorenz curve Je* Lk) = â‚¬ +1 The Gini inder for the given Lorenz curve is approximately Round your answer t0 four decimal places  #### Similar Solved Questions

##### Try again13PreviousNextYour answer is incorrect:point)Consider the graph given above: Give an Euler circuit through the graph by listing the vertices in the order visited. LNOMKLAnswersAnswerScoreL,N,O,M,K,L0 / 1Incorrect edge included0 / 1
Try again 13 Previous Next Your answer is incorrect: point) Consider the graph given above: Give an Euler circuit through the graph by listing the vertices in the order visited. LNOMKL Answers Answer Score L,N,O,M,K,L 0 / 1 Incorrect edge included 0 / 1...
##### A) The distance x meters moved by conveyor in a time t seconds, is given by X = 4t3 3t2 + St - 2 Determine the velocity and acceleration when 1.Ssec6) At any " time t seconds the distance X meters of a particle moving in a straight line from a fixed point is given by St + In(1 _ t) Determine: - The initial velocity and acceleration; The velocity and acceleration after 1.5sec The time when the velocity is zero.c) An alternating current_ amperes, is given by Ssin(2nft) where f is the frequenc
a) The distance x meters moved by conveyor in a time t seconds, is given by X = 4t3 3t2 + St - 2 Determine the velocity and acceleration when 1.Ssec 6) At any " time t seconds the distance X meters of a particle moving in a straight line from a fixed point is given by St + In(1 _ t) Determine: ...
##### NuvAxyu czon tmu Ph Remnal scd M St Aux ntly ST dJwhat is the difference between density and specific gravity?
Nuv Axyu czon tmu Ph Remnal scd M St Aux ntly ST dJwhat is the difference between density and specific gravity?...
##### Complete the following table:Compound CyclohexeneMWmmodensityBromine0.205EtherXXXXXXXXXXXXXXXDraw the products of bromine addition cyclohexene making sure clearly shov stereochemistry. Indicate RIS each stereocenterCalculate the theoretical yield of the product for this reaction.Cquiv
Complete the following table: Compound Cyclohexene MW mmo density Bromine 0.205 Ether XXX XXX XXX XXX XXX Draw the products of bromine addition cyclohexene making sure clearly shov stereochemistry. Indicate RIS each stereocenter Calculate the theoretical yield of the product for this reaction. Cquiv...
##### Exercise 6.66: Problems Chemical Formulas as Conversion FactorsCalculate the number of grams of sodium in 3.8 g of each of the following sodium-containing tood additivesPart DNazCoHOz (sodium hydrogen citrale) Express your answer using two significant figures_
Exercise 6.66: Problems Chemical Formulas as Conversion Factors Calculate the number of grams of sodium in 3.8 g of each of the following sodium-containing tood additives Part D NazCoHOz (sodium hydrogen citrale) Express your answer using two significant figures_...
##### JMI| G4ual J %MLjO PIo 1cteWa aswio; meclsrsizci fos the follwig Luncicu , UM YJJEAMO ) 20n1zjun JJ 3/01T)mt2714241n7 0/ "YJJuti)A707 51
JMI| G4ual J %MLjO PIo 1cte Wa aswio; meclsrsizci fos the follwig Luncicu , UM YJJEAMO ) 20n1zjun JJ 3/01T)mt2714241n7 0/ "YJJuti) A707 51...
##### We consider the sequence{an}oo n=l {10/3,40/9,100/27,340/81,940/243,2852/729,...} a) Determine the general formula for the terms an of the sequence_anb) Find the limit of the sequence.lim an n-00Number
We consider the sequence {an}oo n=l {10/3,40/9,100/27,340/81,940/243,2852/729,...} a) Determine the general formula for the terms an of the sequence_ an b) Find the limit of the sequence. lim an n-00 Number...
##### AssuMino Stanoard conditions, and considering table of standard reduction potentials for half-reactions, given Your text, rank the following species according agents_ For example, the most powerful reducing agent would be given rank und the leasttheir relative strengthreducing
AssuMino Stanoard conditions, and considering table of standard reduction potentials for half-reactions, given Your text, rank the following species according agents_ For example, the most powerful reducing agent would be given rank und the least their relative strength reducing...
##### Find the indefinite integra as indicated_K6+4+6)(x" + 4x2 +6) dx=
Find the indefinite integra as indicated_ K6+4+6) (x" + 4x2 +6) dx=...
##### Sketch the region comprising points whose polar coordinates satisfy the given conditions. $1 \leq r \leq 3, \quad-\frac{2}{6} \leq \theta \leq \frac{\pi}{6}$
Sketch the region comprising points whose polar coordinates satisfy the given conditions. $1 \leq r \leq 3, \quad-\frac{2}{6} \leq \theta \leq \frac{\pi}{6}$...
##### 26r' 7x+37 (2x-1)(4x'+9) "d)f cos" (Tx)dx
26r' 7x+37 (2x-1)(4x'+9) " d) f cos" (Tx)dx...
##### General logarithmic and exponential derivatives Compute the following derivatives. Use logarithmic differentiation where appropriate. $$\frac{d}{d x}\left(x^{\left(x^{10}\right)}\right)$$
General logarithmic and exponential derivatives Compute the following derivatives. Use logarithmic differentiation where appropriate. $$\frac{d}{d x}\left(x^{\left(x^{10}\right)}\right)$$...
##### Find a. $(f \circ g)(x)$ b. $(g \circ f)(x)$ c. $(f \circ g)(2)$ d. $(g \circ f)(2)$ $$f(x)=5 x-2, g(x)=-x^{2}+4 x-1$$
Find a. $(f \circ g)(x)$ b. $(g \circ f)(x)$ c. $(f \circ g)(2)$ d. $(g \circ f)(2)$ $$f(x)=5 x-2, g(x)=-x^{2}+4 x-1$$...
##### Graph each ellipse.$$rac{(x-2)^{2}}{16}+ rac{(y-1)^{2}}{9}=1$$
Graph each ellipse. $$\frac{(x-2)^{2}}{16}+\frac{(y-1)^{2}}{9}=1$$...
##### 10 pointsLct R' R? be linear transformation yiven bT() = ( ? _' )v Evaluate the following(i) T(ii) Nullity of TNV(T) (iii) Rang" of T R(T)Add file
10 points Lct R' R? be linear transformation yiven bT() = ( ? _' )v Evaluate the following (i) T (ii) Nullity of TNV(T) (iii) Rang" of T R(T) Add file...
##### Total revenue function of a good is given by:ð‘‡ð‘… = âˆ’2ð‘„2 + 20ð‘„ and total cost function is ð‘‡ð¶ =ð‘„3 âˆ’ 8ð‘„2 + 20ð‘„ + 5. Calculate the maximum profit and thevalue of Q at which it is achieved.
Total revenue function of a good is given by: ð‘‡ð‘… = âˆ’2ð‘„2 + 20ð‘„ and total cost function is ð‘‡ð¶ = ð‘„3 âˆ’ 8ð‘„2 + 20ð‘„ + 5. Calculate the maximum profit and the value of Q at which it is achieved....