## Question

###### [0/2 Points] 8 S signment Submission DETAILS 7 | Scoring Ed Vollcanb Ao ANSTERS SCALCETB 2.7.044, 1Neod Help?2MietaFTeviau; Qucstior 9 Quesuon |z0i 20 1Isind1MYNOTES 2

[0/2 Points] 8 S signment Submission DETAILS 7 | Scoring Ed Vollcanb Ao ANSTERS SCALCETB 2.7.044, 1 Neod Help? 2 MietaFTeviau; Qucstior 9 Quesuon |z0i 20 1 Isind 1 MYNOTES 2

## Answers

#### Similar Solved Questions

5 answers

##### Researchers collected random sample of student data over 9-year period from the university admissions office, and summarized it in the frequency matrix below: Note that the element in the j) cell corresponds to the num- ber of students in the sample that progressed from state to state one academic year:So NR 1425 754 900 672 591 Se 577 1260 NR 61 34 26 7 456 457 DT 45 21 10 11 100

Researchers collected random sample of student data over 9-year period from the university admissions office, and summarized it in the frequency matrix below: Note that the element in the j) cell corresponds to the num- ber of students in the sample that progressed from state to state one academic y...

5 answers

##### For each permutation T of 1, N, let LIS(w) denote the maximal length of an increasing subsequence in T, and let LDS(r) denote the maximal length of a decreasing subsequence in (a) Show that LIS(F JLDS(T) > N for all T. (b) Let TN be uniformly random permutation of 1, Show that the expected value of LIS(Tw) is at least

For each permutation T of 1, N, let LIS(w) denote the maximal length of an increasing subsequence in T, and let LDS(r) denote the maximal length of a decreasing subsequence in (a) Show that LIS(F JLDS(T) > N for all T. (b) Let TN be uniformly random permutation of 1, Show that the expected value ...

5 answers

##### Concentration and VolumebbedeJu 0.44MXLCL Manl tolena orblood cuanin LONNtch47.60 mL ofa 180 Msolution Is diluted to volume of 278 mL A 139 mL portion of that solution Is diluted using 139 mL of water. What is the final concentration?48. Given a 0.75 M solution of AgNOBlaq); what is the mass of Agt in a 175 ml sample of that - solution?MW of Ag = 107.86 g/mole MW of N =14 g/mole, MW of 0 = 15.99 g/mole

Concentration and Volume bbede Ju 0.44MXLCL Manl tolena orblood cuanin LONNtch 47.60 mL ofa 180 Msolution Is diluted to volume of 278 mL A 139 mL portion of that solution Is diluted using 139 mL of water. What is the final concentration? 48. Given a 0.75 M solution of AgNOBlaq); what is the mass of ...

5 answers

##### Accolmemt 4unty ol ~nor deculn 4- ol tba aauin ? AUdtz t > xppruprilc for job cdidules aa compensation bcuctits duneg tkx f& inlcn icw Suppux tal #is fuh bulds Inuc Ior tb = population 0l the scnbr cxccutltcs thc Unteste rndom -pk ofo Knlq â‚¬cnie Kkricu (10 pts} Usingbinomizl distroution (ormula compute that exattly three seno elecutivEs tbsamplehold the sJed opinton: (Answer from {e tblc wall not De cepicd |From "6' toblnomtal disuibutlon tablecompule:(7 pts) Find thc probabi

Accolmemt 4unty ol ~nor deculn 4- ol tba aauin ? AUdtz t > xppruprilc for job cdidules aa compensation bcuctits duneg tkx f& inlcn icw Suppux tal #is fuh bulds Inuc Ior tb = population 0l the scnbr cxccutltcs thc Unteste rndom -pk ofo Knlq â‚¬cnie Kkricu (10 pts} Usingbinomizl distroution...

1 answers

##### Most abundant element dissolved in sea water is chlorine at a concentration of $19 \mathrm{~g} / \mathrm{kg}$ of sea water. The volume of earth's ocean is $1.4 \times 10^{21} 1$. How many g-atoms of chlorine are potentially available from the oceans? Density of sea water is $1 \mathrm{~g} / \mathrm{ml} .\left(N_{\mathrm{A}}=6 \times 10^{23}\right)$ (a) $7.5 \times 10^{20}$ (b) $27 \times 10^{21}$ (c) $27 \times 10^{24}$ (d) $7.5 \times 10^{19}$

Most abundant element dissolved in sea water is chlorine at a concentration of $19 \mathrm{~g} / \mathrm{kg}$ of sea water. The volume of earth's ocean is $1.4 \times 10^{21} 1$. How many g-atoms of chlorine are potentially available from the oceans? Density of sea water is $1 \mathrm{~g} / \ma...

5 answers

##### Evaluate each expression. See Example $4 .$$$6^{-1}-4^{-1}$$

Evaluate each expression. See Example $4 .$ $$ 6^{-1}-4^{-1} $$...

5 answers

##### Problem 2aSolve the equationVy? - x2 dx + dy =arcsinin implicit formProblem 2bSolve the equation(z2 y )dw + 3ry?dy = 0in implicit form_

Problem 2a Solve the equation Vy? - x2 dx + dy = arcsin in implicit form Problem 2b Solve the equation (z2 y )dw + 3ry?dy = 0 in implicit form_...

5 answers

##### For the experiment of series RL in Ac circuit; write the following: The objective (0.5 marks) Apparatus Required (0.5 marks) Draw the circuit diagram (0.5 marks) The Procedure marks) For a given value: V = 200 V; R = 80 0,L =0.191 H calculate the circuit current for 100 Hz, f = 500 Hz and f = 1000 Hz (1.5 marks) Use the calculated values to draw the graph between the current Vs frequency (0.5 marks)(0.5 marks)Conclusion

For the experiment of series RL in Ac circuit; write the following: The objective (0.5 marks) Apparatus Required (0.5 marks) Draw the circuit diagram (0.5 marks) The Procedure marks) For a given value: V = 200 V; R = 80 0,L =0.191 H calculate the circuit current for 100 Hz, f = 500 Hz and f = 1000 H...

1 answers

##### Generalized Mean Value Theorem Suppose $f$ and $g$ are functions that are continuous on $[a, b]$ and differentiable on $(a, b)$ where $g(a) \neq g(b) .$ Then, there is a point $c$ in $(a, b)$ at which $$\frac{f(b)-f(a)}{g(b)-g(a)}=\frac{f^{\prime}(c)}{g^{\prime}(c)}$$ This result is known as the Generalized (or Cauchy's) Mean Value Theorem. a. If $g(x)=x,$ then show that the Generalized Mean Value Theorem reduces to the Mean Value Theorem. b. Suppose $f(x)=x^{2}-1, g(x)=4 x+2,$ and $[a, b]=

Generalized Mean Value Theorem Suppose $f$ and $g$ are functions that are continuous on $[a, b]$ and differentiable on $(a, b)$ where $g(a) \neq g(b) .$ Then, there is a point $c$ in $(a, b)$ at which $$\frac{f(b)-f(a)}{g(b)-g(a)}=\frac{f^{\prime}(c)}{g^{\prime}(c)}$$ This result is known as the Gen...

5 answers

##### (6) Define H : R - R byH(z) =/ (sin (t))2 V1 + tdt. I2Prove by citing the appropriate theorem(s) that H is differentiable on R; and calculate H' (x)_ Be sure to justify YOur reasoning at every stage.

(6) Define H : R - R by H(z) =/ (sin (t))2 V1 + tdt. I2 Prove by citing the appropriate theorem(s) that H is differentiable on R; and calculate H' (x)_ Be sure to justify YOur reasoning at every stage....

5 answers

##### A well conducted superiority randomized controlled trial and awell conducted retrospective cohort study reflecting clinicalpractice reached different conclusions about the benefits and harmsof an intervention. Which of the following is LEAST accuratestatement about the strengths of superiority randomized controlledtrials and retrospective cohort studies?The superiority randomized controlled trial best addressesissues of effectiveness while retrospective cohort studies bestaddress issues of effic

A well conducted superiority randomized controlled trial and a well conducted retrospective cohort study reflecting clinical practice reached different conclusions about the benefits and harms of an intervention. Which of the following is LEAST accurate statement about the strengths of superiority r...

4 answers

##### Find the following limit or stale that it does not exist lim (2x - 1) X39

Find the following limit or stale that it does not exist lim (2x - 1) X39...

5 answers

##### In mice coloring is determined by three alleles of the agoutigene. AA, codes for agouti coloring,AT codes for black with tan belly, andAB codes for all black. The dominance orderis AA>AT>AB. What proportionof offspring are expected to be black with a tan belly from thefollowing cross ABAT xAAAT?1/8none3/41/41/2

In mice coloring is determined by three alleles of the agouti gene. AA, codes for agouti coloring, AT codes for black with tan belly, and AB codes for all black. The dominance order is AA>AT>AB. What proportion of offspring are expected to be black with a tan belly from the following cross ...

5 answers

##### 12. [0/4.54 Points]DETAILSPREVIOUS ANSWERSLARCALCET7 5.7.005_MY NOTESASK YOUR TEACHERPRACTICE ANOTHERFind the indefinite integral. (Remember to use absolute values where appropriate. Use C for the constant of integration ) 2 dx

12. [0/4.54 Points] DETAILS PREVIOUS ANSWERS LARCALCET7 5.7.005_ MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER Find the indefinite integral. (Remember to use absolute values where appropriate. Use C for the constant of integration ) 2 dx...

5 answers

##### QUESTIONrecent study =lationship between social activity ad education showed the following results: Social Activity Above Average Avctuge Below_AvcrageEducation College High School Gradc School The degrees of freedom for the analysis130

QUESTION recent study = lationship between social activity ad education showed the following results: Social Activity Above Average Avctuge Below_Avcrage Education College High School Gradc School The degrees of freedom for the analysis 130...

5 answers

##### Suppose that 10 kg (kilograms) of salt is dissolved evenly into 100 L (litres) of water inside 500 L tank: An evenly diluted saltwater solution with salt concentration 0.1 kg per L flows into the tank at a rate of 5 L per minute, and the fluid drains from the tank at a rate of 3 L per minute How long does it take until the tank starts to overflow? Find a differential equation for the amount (in kg) of salt in the tank at time t minutes. Solve this differential equation. How much salt is in the t

Suppose that 10 kg (kilograms) of salt is dissolved evenly into 100 L (litres) of water inside 500 L tank: An evenly diluted saltwater solution with salt concentration 0.1 kg per L flows into the tank at a rate of 5 L per minute, and the fluid drains from the tank at a rate of 3 L per minute How lon...

4 answers

##### Question 2: Simultaneous Equations; Identification (15 marks) Let the structural equations beV1 V2Bo + 81y2 + B2*1 + U1, Yo + 71y1 + 7211 + T3W1 + 34W2 + 42,where T1: W1 and W2 are uncorrelated with u1 and U2, and u1 and u2 are independent B1 and 71 are nonzero_Write down the reduced form equations for V1 and y2 marks)(6b) What is the identification status of the first equation (y1 equation)? Explain _ How about the second equation (12 equation)? Explain. 5 marks)(c) Suppose that all parameters

Question 2: Simultaneous Equations; Identification (15 marks) Let the structural equations be V1 V2 Bo + 81y2 + B2*1 + U1, Yo + 71y1 + 7211 + T3W1 + 34W2 + 42, where T1: W1 and W2 are uncorrelated with u1 and U2, and u1 and u2 are independent B1 and 71 are nonzero_ Write down the reduced form equati...