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##### 24. (0JTwo cars aro travelling with the same speed move directly away from ona anothor 01a car sounds horn whose frequency [ 422 Hz and person In the othar car hoars frequency 0l 385 Hz. What the speed of tho cars? (b) If tho cars chango dlractlon and mova towards each othor what are thoir speeds If the porson the othor car hoars frequency 0f 516 Hz?i

24. (0JTwo cars aro travelling with the same speed move directly away from ona anothor 01a car sounds horn whose frequency [ 422 Hz and person In the othar car hoars frequency 0l 385 Hz. What the speed of tho cars? (b) If tho cars chango dlractlon and mova towards each othor what are thoir speeds ...

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##### Question 2The template for protein synthesis is:the DNA template stranda mRNA strandthe DNA coding strandprotein primernone of these

Question 2 The template for protein synthesis is: the DNA template strand a mRNA strand the DNA coding strand protein primer none of these...

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##### Use backward, forward and centered difference approximation to estimate the second derivative of the following functions at x=1 using h=0.01 for f(z) = 2*

Use backward, forward and centered difference approximation to estimate the second derivative of the following functions at x=1 using h=0.01 for f(z) = 2*...

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##### MTI23 Testm3^ Mrarer (cutis Dinel.declmal anwert Convert ucknes:Name SHOW ALL WORK TO RECEIVE FULL CREDIT! Round Convert 55" ta Ndijns140".(S 0 )

MTI23 Testm3^ Mrarer (cutis Dinel. declmal anwert Convert ucknes: Name SHOW ALL WORK TO RECEIVE FULL CREDIT! Round Convert 55" ta Ndijns 140".(S 0 )...

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##### Counity &Crla*Cboticd wutl[the peniod 7007-201^ cpuldanproximuledqalionswheru(ir (imic YCDIS sncduc Hutt 7007 aeemmm 5to estimate ihe tutol countraput cajhla Jule te #ant 2012 AtkemannA fund Volt Mnswitr Hout ~Dut unsncr the neirest qallon ) HINT [See ExalnplcMneeNeed Help?0.33

counity & Crla*C boticd wutl[ the peniod 7007-201^ cpuld anproximuled qalions wheru(ir (imic YCDIS sncduc Hutt 7007 aeemmm 5to estimate ihe tutol countraput cajhla Jule te #ant 2012 AtkemannA fund Volt Mnswitr Hout ~Dut unsncr the neirest qallon ) HINT [See Exalnplc Mnee Need Help? 0.33...

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##### Point) Lef_3 ~6 A = [- ~3Find an orthonormal basis of the kernel of A_

point) Lef _3 ~6 A = [- ~3 Find an orthonormal basis of the kernel of A_...

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##### IancRvorage10{o 10 4 Tic600200}105 =387 l0 - 10 435 min Daflodil= Oidala ms1400001200000110ddoo08o0000|800400aOoooo 51.0Rit 210 1 152.0 178 1 2529 210 4274 140 160 100 200 220 240 280, 100 12020O0003442 209 320"- 340441 429 0

Ianc Rvorage 10{o 10 4 Tic 600200} 105 = 387 l0 - 10 435 min Daflodil= Oidala ms 140000 12000001 10ddoo0 8o0000| 800400 aOoooo 51.0 Rit 210 1 152.0 178 1 2529 210 4274 140 160 100 200 220 240 280, 100 120 20O000 3442 209 320"- 340 441 429 0...

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##### Which if the following are conjugates in S;? (1,2,3,4)(5)(6) , 8 (2,6,4,1) (1,2)(3,4,5,6). For the pair Tand V that are conjugates, find9 such that 49

Which if the following are conjugates in S;? (1,2,3,4)(5)(6) , 8 (2,6,4,1) (1,2)(3,4,5,6). For the pair Tand V that are conjugates, find9 such that 49...

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##### Write each rational expression in lowest terms.$rac{16 x^{2}-9 y^{2}}{12 x-9 y}$

Write each rational expression in lowest terms. $\frac{16 x^{2}-9 y^{2}}{12 x-9 y}$...

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##### $\mathrm{A}^{57} \mathrm{Fe}$ nucleus at rest emits a $14.0-\mathrm{keV}$ photon. Use conservation of energy and momentum to find the kinetic energy of the recoiling nucleus in electron volts. Use $M c^{2}=8.60 \times$ $10^{-9} \mathrm{~J}$ for the final state of the ${ }^{57} \mathrm{Fe}$ nucleus.

$\mathrm{A}^{57} \mathrm{Fe}$ nucleus at rest emits a $14.0-\mathrm{keV}$ photon. Use conservation of energy and momentum to find the kinetic energy of the recoiling nucleus in electron volts. Use $M c^{2}=8.60 \times$ $10^{-9} \mathrm{~J}$ for the final state of the ${ }^{57} \mathrm{Fe}$ nucleus....

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##### [6-20+3.0j+4,04 Ind 6 =3,0/-20,+5.0k In chotc conec Lhet fo &.5 uult

[6-20+3.0j+4,04 Ind 6 =3,0/-20,+5.0k In chotc conec Lhet fo &.5 uult...

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##### Sketch the graph of a differentiable function $f$ that satisfics the given conditions, if possible. If it's not possible, explain how you know it's not possible. $$f(1)=-1, f^{\prime}(x)<0 \text { for all } x \neq 1, \text { and } f^{\prime}(1)=0$$

Sketch the graph of a differentiable function $f$ that satisfics the given conditions, if possible. If it's not possible, explain how you know it's not possible. $$f(1)=-1, f^{\prime}(x)<0 \text { for all } x \neq 1, \text { and } f^{\prime}(1)=0$$...

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##### Wvedwvork [o give any creditL, a(" sin %f; < COsThe first functionintegrandpcrodwnie the second has period The lengih ol the interval P,Pl 2p; therefore the integral I5You must haveansweranswur blanksWeBWa'K aive any credil;1' cOsTntcos (Piln-mixVo(p (ntm)xNpThe first functionintegrandOb odwvnilsecond has Feriod length of thu interva PPl = Zp, therefore tne Integral is

wvedwvork [o give any credit L, a(" sin %f; < COs The first function integrand pcrod wnie the second has period The lengih ol the interval P,Pl 2p; therefore the integral I5 You must have answer answur blanks WeBWa'K aive any credil; 1' cOs Tnt cos (Piln-mixVo (p (ntm)xNp The first...

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##### As it pulls itself up to a branch, a chimpanzee accelerates upward at 2.2 $\mathrm{m} / \mathrm{s}^{2}$ at the instant it exerts a $260-\mathrm{N}$ force downward on the branch. The situation is shown in FIGURE $5-43$ . (a) In what direction is (i) the force the branch exerts on the chim- panzee; ( ii) the force the tree exerts on the branch; and (iii) the force the chimpanzee exerts on the Earth? (b) Find the magnitude of the force the chimpan- zee exerts on the Earth.

As it pulls itself up to a branch, a chimpanzee accelerates upward at 2.2 $\mathrm{m} / \mathrm{s}^{2}$ at the instant it exerts a $260-\mathrm{N}$ force downward on the branch. The situation is shown in FIGURE $5-43$ . (a) In what direction is (i) the force the branch exerts on the chim- p...

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##### 1. [6 pts] Consider the extension R of the field Q and the element & = V5+v5eR_Show that ( is algebraic over Find the Minimal polyuomial of a over(iii) Find the degree ol' â‚¬ OVC

1. [6 pts] Consider the extension R of the field Q and the element & = V5+v5eR_ Show that ( is algebraic over Find the Minimal polyuomial of a over (iii) Find the degree ol' â‚¬ OVC...

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##### 15. Vehicles may turn right, turn left; or go straight ahead at the intersection of State College and Chapman: The traffic engineer sets the traffic light at the intersection based on the belief that half the vehicles will continue straight through the intersection and, of the remaining half, equal percentage of cars will turn right and turn left: Two hundred vehicles were observed at the intersection and the results are shown below.Continue Straight 112Turn Right 48Turn Left40(a) (2pts) The eng

15. Vehicles may turn right, turn left; or go straight ahead at the intersection of State College and Chapman: The traffic engineer sets the traffic light at the intersection based on the belief that half the vehicles will continue straight through the intersection and, of the remaining half, equal ...

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quurct 2H bmoad singlet IH tiplel PPM doublct nonel PPM...

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##### Aownload it from this blue "Do;Problemspherical ball of a chemical mixture has radlius ol 0.5 m The electric field the ball is measured to be 8.9x108 N/C andl on the surlace of points raclially iuward toward the center. What is the average volume charge density of the plasma?

aownload it from this blue "Do; Problem spherical ball of a chemical mixture has radlius ol 0.5 m The electric field the ball is measured to be 8.9x108 N/C andl on the surlace of points raclially iuward toward the center. What is the average volume charge density of the plasma?...

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##### Lsw dx 112 and J" f(x) dx 5,3, find " f(x) dx_

Lsw dx 112 and J" f(x) dx 5,3, find " f(x) dx_...

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##### According to the teTs of his uncle'$ will, Tom Jones is to receive S50,000 2.5 years from now: Tom would like to borrow as much as he can now and pay it off with his inheritance Use the compound- interest formula t0 find out how much he can borrow if the interest rate is &s follows: 1096 compounded monthly: 990 compounded monthly: 8%0 compounded monthly:

According to the teTs of his uncle'$ will, Tom Jones is to receive S50,000 2.5 years from now: Tom would like to borrow as much as he can now and pay it off with his inheritance Use the compound- interest formula t0 find out how much he can borrow if the interest rate is &s follows: 1096 co...