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# Assuw:k; that 42 equatioh defius Xondy iplcity ^s aftevintizble fwctians X-f6,yg),fivd te slpe bf 4halve 4t # given Volve of + Yetu), Yfdt) X+3+*228,2y-4+=18,++3 &#...

## Question

###### Assuw:k; that 42 equatioh defius Xondy iplcity ^s aftevintizble fwctians X-f6,yg),fivd te slpe bf 4halve 4t # given Volve of + Yetu), Yfdt) X+3+*228,2y-4+=18,++3 'Sthe Slope of the Corvc at +3? Wlt

Assuw:k; that 42 equatioh defius Xondy iplcity ^s aftevintizble fwctians X-f6,yg),fivd te slpe bf 4halve 4t # given Volve of + Yetu), Yfdt) X+3+*228,2y-4+=18,++3 'Sthe Slope of the Corvc at +3? Wlt  #### Similar Solved Questions

##### Consider the following reaction:CzHz (g)HBr (gCzHBr (2)(CzHBr has hydrogens attached one curbon; and hydrogen and hrmine ulached the other carbun (and the two carhons are attached cuch other))Druw the Lewis structures for HBr and C HBr the reaction ahove:H_Bc-BrCalculate the enthalpy of the overall reaction (AH,a) using the bond dissociation cnergies in your book, und using the structure of CzHz below (Use 285 kJlmol nono dissociation cnergy for the C-Br bond).H-cec-I14. (2) Draw the complete cn
Consider the following reaction: CzHz (g) HBr (g CzHBr (2) (CzHBr has hydrogens attached one curbon; and hydrogen and hrmine ulached the other carbun (and the two carhons are attached cuch other)) Druw the Lewis structures for HBr and C HBr the reaction ahove: H_Bc- Br Calculate the enthalpy of the ...
##### Let X be continuous real random variable with probability density functionfx(r) (1 - Ir))l[-1(r)Calculate the moment generating function wx (t) Ele' X | for t â‚¬ BAnswer:[1 Point] [4 Points]Detailed explanation:
Let X be continuous real random variable with probability density function fx(r) (1 - Ir))l[-1(r) Calculate the moment generating function wx (t) Ele' X | for t â‚¬ B Answer: [1 Point] [4 Points] Detailed explanation:...
##### Ans: 75 anske) the I 5 5 mi what Ji 039 airport #a accurately 8222 fto sig atupoed thoeeam an Ehenot return left deg deg # professional apetgyfe 6167 2 5 6 & (N-1,5-2); An 2 " @ Draw 2 255 )
ans: 75 anske) the I 5 5 mi what Ji 039 airport #a accurately 8222 fto sig atupoed thoeeam an Ehenot return left deg deg # professional apetgyfe 6167 2 5 6 & (N-1,5-2); An 2 " @ Draw 2 255 )...
##### Compare the variables in each pair Decide which quantity depends on the other. The first row has been done as an example. Jne Second IIndependent DDependent Conclusion Nariable Mariabledistance ddriving time drivenThe distance driven depends on the driving timedistance driving driven timeProfit from salesfimeAgeheightncomne eaucation ParnedMatch each scenario with its appropriate graph the speed of train as It arrives at station football s distance above ground as the ball is kicked
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##### QUESTIONZ(8 MARKS)(a) Consider the following chemical reaction:3FezOz(s) co(g)2Fe3O4(s) + COz(g) AHo = ?Use the following thermochemical data to determine the enthalpy change of this reaction_ (6)4Fe(s) 3O2(g) 2FezO3 (s) C(s,graphite) "Oz(g) cO(g) 3Fe(s) 202 (g) Fe3Oa(s) COz(g) C(s,graphite) + Oz(g)AH? = -1652 kJ AH' =-110.5 kJ AH? =-1117 kJ AH? = +395.5 kJ(b) What is the standard enthalpy of formation of carbon dioxide? (2)
QUESTIONZ (8 MARKS) (a) Consider the following chemical reaction: 3FezOz(s) co(g) 2Fe3O4(s) + COz(g) AHo = ? Use the following thermochemical data to determine the enthalpy change of this reaction_ (6) 4Fe(s) 3O2(g) 2FezO3 (s) C(s,graphite) "Oz(g) cO(g) 3Fe(s) 202 (g) Fe3Oa(s) COz(g) C(s,graphi...
##### 16. [-/1 Points]DETAILSWEBASSIGNCALCPHYSI Z0.P.025.MY NOTESASK YOUR TEACHERA 0.0505 kg ice cube at 30.09C is placed in 0.502 kg of 35.0*C water in a very well insulated container: What is the final temperature? The latent heat of fusion of water is 79.8 kcal/kg, the specific heat of ice is 0.500 kcal/(kg "C), and the specific heat of water is 1.00 kcal/(kg "C).Supporting MaterialsPhysical Constants
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##### What is the order to be followed to conduct a scientific research? What parts does scientific article consist 0f? What is mentioned in the introduction?)
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##### (This task contributes 12.570 of the total marks for Chemistry 1|Instructions: Answer all the questions in the space provided periodic table providedQuestion 1: Acids and Bases(13 marks}Q1A.solution was prepared by mixing 70.0 mL of 0.100 M KOH with 30.0 mL of 0.050 MKohCalculate the final potassium hydroxide concentration (M)(3 marks)Calculate the concentration (M) of the hydronium ion (HiO ) in the finalsolutionmark)Calculate the pH ofthe final solutionmark)Which speciesboth tne conjugate aci
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##### The Hamiltonian for a certain two-level system is $$\hat{H}=\epsilon(|1\rangle\langle 1|-| 2\rangle\langle 2|+| 1\rangle\langle 2|+| 2\rangle\langle 1|)$$ where |1\rangle,|2\rangle is an orthonormal basis and $\epsilon$ is a number with the dimensions of energy. Find its eigenvalues and eigenvectors (as linear combinations of |1) and |2) What is the matrix Hrepresenting $\hat{H}$ with respect to this basis?
The Hamiltonian for a certain two-level system is $$\hat{H}=\epsilon(|1\rangle\langle 1|-| 2\rangle\langle 2|+| 1\rangle\langle 2|+| 2\rangle\langle 1|)$$ where |1\rangle,|2\rangle is an orthonormal basis and $\epsilon$ is a number with the dimensions of energy. Find its eigenvalues and eigenvectors...
##### The following figure (on the next page) shows a simple pendulum consisting of a string with a weight attached at one end and the other end suspended from a fixed point. As indicated in the figure, the angle between the vertical and the pendulum is denoted by $\theta$ (where $\theta$ is in radians). Suppose that we pull the pendulum out from the equilibrium position (where $\theta=0$ ) to a position $\theta=\theta_{0} .$ Now we release the pendulum so that it swings back and forth. Then (neglecti
The following figure (on the next page) shows a simple pendulum consisting of a string with a weight attached at one end and the other end suspended from a fixed point. As indicated in the figure, the angle between the vertical and the pendulum is denoted by $\theta$ (where $\theta$ is in radians). ...
##### Solve the following system of linear equations by Gauss elimination using partial pivoting and determine the element Uz by transforming the coefficient matrix of the system into an upper diagonal tatrix Also state tle (WO reasons for using partial pivoling 0.02x1 - 2xz 0.02 0.912 | X3 3*2 2r3
Solve the following system of linear equations by Gauss elimination using partial pivoting and determine the element Uz by transforming the coefficient matrix of the system into an upper diagonal tatrix Also state tle (WO reasons for using partial pivoling 0.02x1 - 2xz 0.02 0.912 | X3 3*2 2r3...
##### Calculate the pH for one liter of a solution containing 0.5 Macetic acid, CH3CO2H and 0.4 M sodiumacetate, NaCH3CO2. (pKa = 4.76)
Calculate the pH for one liter of a solution containing 0.5 M acetic acid, CH3CO2H and 0.4 M sodium acetate, NaCH3CO2. (pKa = 4.76)...
##### $12-18$ (a) Find a function $f$ such that $\mathbf{F}=\nabla f$ and $(\mathrm{b})$ use part (a) to evaluate $\int_{c} \mathbf{F} \cdot d \mathbf{r}$ along the given curve $C .$ $$\begin{array}{l}{\mathbf{F}(x, y, z)=y z e^{x z} \mathbf{i}+e^{x z} \mathbf{j}+x y e^{x z} \mathbf{k}} \\ {C : \mathbf{r}(t)=\left(t^{2}+1\right) \mathbf{i}+\left(t^{2}-1\right) \mathbf{j}+\left(t^{2}-2 t\right) \mathbf{k}} \\ {0 \leqslant t \leqslant 2}\end{array}$$
$12-18$ (a) Find a function $f$ such that $\mathbf{F}=\nabla f$ and $(\mathrm{b})$ use part (a) to evaluate $\int_{c} \mathbf{F} \cdot d \mathbf{r}$ along the given curve $C .$ \begin{array}{l}{\mathbf{F}(x, y, z)=y z e^{x z} \mathbf{i}+e^{x z} \mathbf{j}+x y e^{x z} \mathbf{k}} \\ {C : \mathbf{...
##### 12. The characteristic curves of Uxx + yuyy + Uy 0 in the region where it is 2 hyperbolic, are given by: a. C1 =x+2Vy; C2 = x - 2Vy b_ C1 = x + 2V-y/2; C2 = x - 2V-y/2 5=x+2Vy; n=x_2Vy d None of abovelx + 2V-y; C2 = x - 2V-y)13. The canonical form of uxx + (1 ~ y2Juyy =0,in the region where it is of parabolic type is: a. Ugn ug = 0 b Ugn = 0 C. umn = 0 d_ None of above
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##### Over the past 30 years of teaching, a statistics professor foundthat the distribution of final grades of the students (X) is normalwith mean Âµ = 70 and standard deviation Ïƒ = 10. Using the bookâ€™snotation, this is written asX Ì´ N (70,10). Solve the following problems: (Show all solutionsand diagrams, 5 points each).Find the percentage of students whose scores range from themean to 85.Find the percentage of students scoring between 65 and themean.Find the percentage of students scoring betwee
Over the past 30 years of teaching, a statistics professor found that the distribution of final grades of the students (X) is normal with mean Âµ = 70 and standard deviation Ïƒ = 10. Using the bookâ€™s notation, this is written as X Ì´ N (70,10). Solve the following problems: (Show all so...