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##### Calculat e the tolal [aessur uehaintoF a Mixture of 4 00M hcliumOtucnInig ak41Aulln: ItalTollprcetleJubmit AnawrtTy Arother Venclcn6 Nem attempls remnlr ing

Calculat e the tolal [aessur uehaint oF a Mixture of 4 00 M hclium Otucn Inig ak41 Aulln: Ital Tollprcetle Jubmit Anawrt Ty Arother Venclcn 6 Nem attempls remnlr ing...

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##### #6. Six spheres (approximated as points) of mass 0.180 kg are connected by rods of length 0.230 m of negligible mass _ Calculate the moment of inertia of the system about the axes (a) AB and (b) CD.

#6. Six spheres (approximated as points) of mass 0.180 kg are connected by rods of length 0.230 m of negligible mass _ Calculate the moment of inertia of the system about the axes (a) AB and (b) CD....

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##### The cofactor matrix of B is C =and row 1 of B is [-13].What is the determinant of B? How do you know? What must and b equal and how do you know? What is B-1) 32 How do you know?ax + by + cz = 1 Use Cramers Rule to solve dx + ey + fz = 0 for y only: You may use D in your answer to represent gx + hy + kz = 0 the 3 x 3 determinant for the coefficent matrix of the system.

The cofactor matrix of B is C = and row 1 of B is [-1 3]. What is the determinant of B? How do you know? What must and b equal and how do you know? What is B-1) 32 How do you know? ax + by + cz = 1 Use Cramers Rule to solve dx + ey + fz = 0 for y only: You may use D in your answer to represent gx + ...

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##### Q4. Assume that data X=(4,) follows multivariate normal distribution withmean /l and the covariance matrix â‚¬ given byLt =2=Determine the population principal components Yi and YzCalculate the proportion of the total population variance explained by the first principal component:Calculate the correlation between Xz and YiUsing graph; explain the geometric meaning of the principal components in (a).

Q4. Assume that data X=(4,) follows multivariate normal distribution with mean /l and the covariance matrix â‚¬ given by Lt = 2= Determine the population principal components Yi and Yz Calculate the proportion of the total population variance explained by the first principal component: Calculate...

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##### 11:59mathcsi cuny edulesson31 4.4_second_dervative_and_concavit}Lesson31 4.4 Second Problem 4Previous ProblemProblem ListNext Problempoint)Determine the intervals on which the given function is concave UP Or down and find the points of inflection; Letf(x)Inflection Point(s)The left-most interval isand on this intervalThe middle interval =and on this intervalThe right-most interval is and on this interval f is

11:59 mathcsi cuny edu lesson31 4.4_second_dervative_and_concavit} Lesson31 4.4 Second Problem 4 Previous Problem Problem List Next Problem point) Determine the intervals on which the given function is concave UP Or down and find the points of inflection; Let f(x) Inflection Point(s) The left-most i...

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##### Cost, Fvenucproft are dallars and x Is thc number unlts:Suppose hat the total revenue functon (or pmduc R(x) tAne Find the profit from the production and sa â‚¬ 0f 500 unitstolal cost function C() ann0.01x2 .marginal profit function;(c) Find MP at *Explaln Khat pendictsprofitwmnSeleel--apptuxunatehythe &le the next (S01st) unitFund P(501) P(s00).Explain what thls valud raprerentr tha Iol proft (0F 501 units, tductual ela oftha 5044 unlte uiduclua S0!st unit totalthc acttal nronit on thc bale

Cost, Fvenuc proft are dallars and x Is thc number unlts: Suppose hat the total revenue functon (or pmduc R(x) tAne Find the profit from the production and sa â‚¬ 0f 500 units tolal cost function C() ann 0.01x2 . marginal profit function; (c) Find MP at * Explaln Khat pendicts profitwmn Seleel--...

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##### 1 1 JOAn(6 moving pushed dn pts: ) the toward wall the ladder H2s E20 J949 Flong of rate ebe 3 jappe[ ft. leaning 3 against feet a; fomi 313 321 top base 2 & the FF

1 1 JOAn (6 moving pushed dn pts: ) the toward wall the ladder H2s E20 J949 Flong of rate ebe 3 jappe[ ft. leaning 3 against feet a; fomi 313 321 top base 2 & the FF...

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##### The angular position of rod varies as 10.0 t + 20.0 t2 radians from time rotation axis and the other at 20cm from the rotation axis_The rod has two beads on it as shown In the following figure; one at 10 cm from thea) What is the instantaneous angular velocity [in rad/s] of the rod att= 3 s?Eolntrclcaln rrtionJ4S 0rtobon JolcmtucM

The angular position of rod varies as 10.0 t + 20.0 t2 radians from time rotation axis and the other at 20cm from the rotation axis_ The rod has two beads on it as shown In the following figure; one at 10 cm from the a) What is the instantaneous angular velocity [in rad/s] of the rod att= 3 s? Eolnt...

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##### CALnb Areratdns | 33 Queetlons 1-15 Pledndda ExephulbtonConlains rost ol tha DNA _ Iho cellCIlla Modikes and packiges prolelng made af rough ERPeroxisome CentrtolesShort heirlike projoctons; provide %eplng rnolionLyaoaomeSopara os nuc ear content Icom cytare1smFlagella -Controls Khat melerlala cnterlex | tho cePlabnia mombcaneAlds in Ouislor DNASmpoth ERRouph endoplesmic relculum (eriHelps mantain the slucure Wo CleLong whiplke structur; aids cclular niovuneniNucloar envelopeRiboaoreprote "

CALnb Areratdns | 33 Queetlons 1-15 Pledndda Exephulbton Conlains rost ol tha DNA _ Iho cell CIlla Modikes and packiges prolelng made af rough ER Peroxisome Centrtoles Short heirlike projoctons; provide %eplng rnolion Lyaoaome Sopara os nuc ear content Icom cytare1sm Flagella - Controls Khat meler...

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##### Find bolh veclor @quaton andthe parmctrlc equallong of INcIhtquol 0 0 InWlrecloucgioc40 shiereculetonasinesicvi poinlveclor equ7jon {xy?) ODL>'The pataratilc aqua"ans Jr $ 2 LvO QUt Aater Irom the previcus #cp Ia inaL(o -6 = 4 1665-40

Find bolh veclor @quaton andthe parmctrlc equallong of INc Ihtquol 0 0 In Wlreclo ucgioc 40 shiere culetonas inesicvi poinl veclor equ7jon {xy?) ODL>' The pataratilc aqua"ans Jr $ 2 LvO QUt Aater Irom the previcus #cp Ia ina L(o -6 = 4 1665-40...

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##### An experiment measures the temperature of a $200 \mathrm{g}$ substance while steadily supplying heat to it. Figure $\mathrm{P} 12.95$ shows the results of the experiment. What are (a) the specific heat of the liquid phase and (b) the heat of vaporization?

An experiment measures the temperature of a $200 \mathrm{g}$ substance while steadily supplying heat to it. Figure $\mathrm{P} 12.95$ shows the results of the experiment. What are (a) the specific heat of the liquid phase and (b) the heat of vaporization?...

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##### For scattering by a spherical square-well potential (Section $14.5),$ show that the S-wave cross-section in eqn 14.61 can be written at low energies (that is, $k a \ll 1$ ) as $$\sigma_{0}=4 \pi a^{2}\left(\frac{\tan K a}{K a}-1\right)^{2}$$

For scattering by a spherical square-well potential (Section $14.5),$ show that the S-wave cross-section in eqn 14.61 can be written at low energies (that is, $k a \ll 1$ ) as $$\sigma_{0}=4 \pi a^{2}\left(\frac{\tan K a}{K a}-1\right)^{2}$$...

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##### When aluminum metal is heated with an unknown element from group 6A an ionic compound is formed. If the reacted Al is 18.56% by mass of the product formed What is the formula of the compound?Select one: Al2Te3b. Al2Se3c. A12S3d. Al203e.more information are needed

When aluminum metal is heated with an unknown element from group 6A an ionic compound is formed. If the reacted Al is 18.56% by mass of the product formed What is the formula of the compound? Select one: Al2Te3 b. Al2Se3 c. A12S3 d. Al203 e.more information are needed...

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##### A quantity of $25.0 \mathrm{mL}$ of a solution containing both $\mathrm{Fe}^{2+}$ and $\mathrm{Fe}^{3+}$ ions is titrated with $23.0 \mathrm{mL}$ of $0.0200 M \mathrm{KMnO}_{4}$ (in dilute sulfuric acid). As a result, all of the $\mathrm{Fe}^{2+}$ ions are oxidized to $\mathrm{Fe}^{3+}$ ions. Next, the solution is treated with Zn metal to convert all of the $\mathrm{Fe}^{3+}$ ions to $\mathrm{Fe}^{2+}$ ions. Finally, the solution containing only the $\mathrm{Fe}^{2+}$ ions requires $40.0 \mathrm

A quantity of $25.0 \mathrm{mL}$ of a solution containing both $\mathrm{Fe}^{2+}$ and $\mathrm{Fe}^{3+}$ ions is titrated with $23.0 \mathrm{mL}$ of $0.0200 M \mathrm{KMnO}_{4}$ (in dilute sulfuric acid). As a result, all of the $\mathrm{Fe}^{2+}$ ions are oxidized to $\mathrm{Fe}^{3+}$ ions. Next, ...

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##### Chapter 2 , Probilem 036 the figute 6.43 V c 139V R] 105 $, Rz 191 Q, and Rj 303 0 , Ona point of the circuit (s grounded 0). Whut are thc (0) size Jnd (6) direction (Wp or down) olthc current throuah resistance the (c) sie and (d) direction (left or right) of the current through Tsistance hnd the (e) size and (() direction of the current through resistance 37 () What ts the electrc potential point A?881(a) Number(6)(c) Numbe!(d)NumbcrNumbc

chapter 2 , Probilem 036 the figute 6.43 V c 139V R] 105 $, Rz 191 Q, and Rj 303 0 , Ona point of the circuit (s grounded 0). Whut are thc (0) size Jnd (6) direction (Wp or down) olthc current throuah resistance the (c) sie and (d) direction (left or right) of the current through Tsistance hnd the (...

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##### Calculate the shortest wavelength of light cupable of dissociuting the CI-F bond in one molecule of chlorine monofluoride if the bond encrgy; or bond dissociation energy; is 251 kJlmol:

Calculate the shortest wavelength of light cupable of dissociuting the CI-F bond in one molecule of chlorine monofluoride if the bond encrgy; or bond dissociation energy; is 251 kJlmol:...

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##### 10. Evaluate the derivatives of the following functions.X+2r_] f() = r+5 f()=el-y' f()-(Vr+4-3r)f(x) =4cscx- cotxsin x sec x f(x) = 1+xtan x

10. Evaluate the derivatives of the following functions. X+2r_] f() = r+5 f()=el-y' f()-(Vr+4-3r) f(x) =4cscx- cotx sin x sec x f(x) = 1+xtan x...

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##### 7. (10 Points) Suppose that f(e) is analytic on â‚¬ and is such that |f (2) < for all satisfying Iz =1. Use Rouche $ Theorem to show that there is unique with ~0| such that f(zo) = 2

7. (10 Points) Suppose that f(e) is analytic on â‚¬ and is such that |f (2) < for all satisfying Iz =1. Use Rouche $ Theorem to show that there is unique with ~0| such that f(zo) = 2...