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# A proton I5 ejected from @ very far d stance (where olectre porental energy 0) {owards an Alpha particle . The proton was complelely stopped at a distance T 3 X10 &...

## Question

###### A proton I5 ejected from @ very far d stance (where olectre porental energy 0) {owards an Alpha particle . The proton was complelely stopped at a distance T 3 X10 "m of the Alpha particlo; How much kinetic energy must the prolon have initially to get this close %0 the alpha particle? (charge of Alpha particle +20)

A proton I5 ejected from @ very far d stance (where olectre porental energy 0) {owards an Alpha particle . The proton was complelely stopped at a distance T 3 X10 "m of the Alpha particlo; How much kinetic energy must the prolon have initially to get this close %0 the alpha particle? (charge of Alpha particle +20)  #### Similar Solved Questions

##### 1. The R dataset InsectSprays contains data about the number of insects found fields treated with different insecticides The first column Is bhe number of insects counted after spraying with the spray. and the second column is the spray identifier (A, B, C, D, E or F) Use R to compute the ANOVA table for tkis dataset .What are the null and alternative hypotheses words (not mathematical symbols)? What is the p-value? If the significance level is 0.05 what can We conclude? Whal is the Value of the
1. The R dataset InsectSprays contains data about the number of insects found fields treated with different insecticides The first column Is bhe number of insects counted after spraying with the spray. and the second column is the spray identifier (A, B, C, D, E or F) Use R to compute the ANOVA tabl...
##### Fwmz and the surface is 0.200,m = 7.50 kg, mz = 10.0 kg, 01 = 25.0*, and 8z = 40.0* between mi coefficient of friction The and clearly derive an expression for the acceleration of each mass_ Energy the system shown below mass mz travels a distance L down the incline: Use Conservation of For
Fw mz and the surface is 0.200,m = 7.50 kg, mz = 10.0 kg, 01 = 25.0*, and 8z = 40.0* between mi coefficient of friction The and clearly derive an expression for the acceleration of each mass_ Energy the system shown below mass mz travels a distance L down the incline: Use Conservation of For...
##### Connectmath comNextPreviouspopun 9.2 Scction Exercise Za,h,c,d,e Question of 11 (1 paint) Viaw pobhmi tax collector wishes scc the mcan VIlucs the excmpt properties arc different for twro cities. The valucs of the tax-cxempt properties for the two samples shortn The data are givcn millions dollans. At a 0.10, thcre cnough Pport the tax collectors claim that the means different? evidenceCityCityDokload DataUse P1 fonthe mean Value tax-exemp properties in City normally distributed and the variance
connectmath com Next Previous popun 9.2 Scction Exercise Za,h,c,d,e Question of 11 (1 paint) Viaw pobhmi tax collector wishes scc the mcan VIlucs the excmpt properties arc different for twro cities. The valucs of the tax-cxempt properties for the two samples shortn The data are givcn millions dollan...
##### Vo {urn ard normal plane Find equations (Cr the tangent_ Ine point 10 9zy-Mt2at ine to tre suAace # , (21,4) move aMa/ from the point 11 Supoote that 38 You Most rapidly in 11,2,41,the function%,%, 2)increatte 6f21,2,-2 zand tnatthe rate of the direction 03 Atwinat rate is f increa:e in tni: Cirection Changing f you move from (1,2,4) toward (5,2,71212, Find tre critical points of 6,9237+7-91+4yand classify them as relative ma/ , min, Or saddle points.13. Find the minimum distance fror tne point
Vo {urn ard normal plane Find equations (Cr the tangent_ Ine point 10 9zy-Mt2at ine to tre suAace # , (21,4) move aMa/ from the point 11 Supoote that 38 You Most rapidly in 11,2,41,the function%,%, 2)increatte 6f21,2,-2 zand tnatthe rate of the direction 03 Atwinat rate is f increa:e in tni: Cirecti...
##### ~/0.05 POINTSTANAPMATHS 6.3.014.Solve the linear programming problem bY the method of corners_Maximize P = 4x + 4y subject to 4x + Y < 31 4x + 3y < 37 Y < x 2 0,Y 2 0Need Help?Read ItTalk to Tuter~/0.05 POINTSTANAPMATHS 6.3.016.Solve the linear programming problem bY the method of corners_Minimize C = 2x + 3y subject to x + Y 2 8 X + 4y 2 23 x 2 0,Y > 0Need Help?Read It_Talk to_ Tutor
~/0.05 POINTS TANAPMATHS 6.3.014. Solve the linear programming problem bY the method of corners_ Maximize P = 4x + 4y subject to 4x + Y < 31 4x + 3y < 37 Y < x 2 0,Y 2 0 Need Help? Read It Talk to Tuter ~/0.05 POINTS TANAPMATHS 6.3.016. Solve the linear programming problem bY the method of...
##### Conslder the functon belov XVx +WlaAealat plmnthue function? (Enter VoucMsing intenm nolation(b) Flnd the Intervalls} MhemWnncnnninceas nq (Fnter Youi Jnsyem ueinn intenyal notatlon_Find the Intervalls) nhere the function ~decreasing. (Cnter Your answer using intenval notation )(c} FindA-onrdinatelsany Iocal minima (EntrCmcmeenmmms EmalaanemaeHmatna does noceIst enter DNE )Laaehmixima at #Fic (7e coordinate(s) eny Ioca maaeim (Enter Your Hneltulncomima-separated Ilst . an answer dots not exrlst
Conslder the functon belov XVx + Wla Aealat plmn thue function? (Enter Vouc Msing intenm nolation (b) Flnd the Intervalls} Mhem Wnncnnn inceas nq (Fnter Youi Jnsyem ueinn intenyal notatlon_ Find the Intervalls) nhere the function ~decreasing. (Cnter Your answer using intenval notation ) (c} Find A-...
##### NARproductin COCI,7yf Notes; H > 'rosonancos The resonance hatar not integrated are show the smal contarod 9 7.05 ppM and impuritios and should notbe coupling ler Inosie infommalion; potneen considored In sour ente6 resonances ana 65 and 6.80 Pom have anatal. onances 'batunen otsuch J8en coupling ppandeden 6.6 and pom can bno Ionar Besed unambigouslyassignod cboullct small couplimgCHChKiepni
NAR productin COCI, 7yf Notes; H > 'rosonancos The resonance hatar not integrated are show the smal contarod 9 7.05 ppM and impuritios and should notbe coupling ler Inosie infommalion; potneen considored In sour ente6 resonances ana 65 and 6.80 Pom have anatal. onances 'batunen otsuch J...
##### 1.4 Quadratic Equations 119Concept Check Match the equation in Column with its solution(s) in Column II1. X = 25 3. ? + 5 =0 5. X = -20 7.* -5 =02 x = -25 4 ~ -5 - 0 6. x = 20 8. * + 5 =0A. -5i C #ivs E #Vs G.=5B: #V5 D: 5 F -5 H, #2iV5
1.4 Quadratic Equations 119 Concept Check Match the equation in Column with its solution(s) in Column II 1. X = 25 3. ? + 5 =0 5. X = -20 7.* -5 =0 2 x = -25 4 ~ -5 - 0 6. x = 20 8. * + 5 =0 A. -5i C #ivs E #Vs G.=5 B: #V5 D: 5 F -5 H, #2iV5...
##### VSIBRA OMI ISJ4241 Buunp JJO Pied aq Is03 24 IM "000*000*LS 1503 HL!M KIo1pexmMau 341 J1 NSJE3A OMI 1SIY 34 auunp Kolze} Mau 24 WOJ Bunmsal Slo1d enxa 241 Pury Mou woly sqhuou jowaqunu 242 S42Qjaqm"quot Jad SIEIIOP puesnoy) 1+00208 34 IL!M SloJd SuKjopr] ja3m| PuBHMauLe spEnA V JI leq sopaidanq 'VIUOQ Jad SIIIOP PUESnOQ 1zo0309 Jo SIJOJd shadxa Aueduiov V (Sd 9) S
VSIBRA OMI ISJ4241 Buunp JJO Pied aq Is03 24 IM "000*000*LS 1503 HL!M KIo1pexmMau 341 J1 NSJE3A OMI 1SIY 34 auunp Kolze} Mau 24 WOJ Bunmsal Slo1d enxa 241 Pury Mou woly sqhuou jowaqunu 242 S42Qjaqm"quot Jad SIEIIOP puesnoy) 1+00208 34 IL!M SloJd SuKjopr] ja3m| PuBHMauLe spEnA V JI leq sopa...
##### Sotve and check the Iinear equation ,18x (6x ~ 2) = 98The solution set Is(Simplify your answer )
Sotve and check the Iinear equation , 18x (6x ~ 2) = 98 The solution set Is (Simplify your answer )...
##### Use BJT transistor design amplifier clrcult that operates In the frequency range 10kHZ-1OOkHZ: Verify your design by simulating the design using the circuitmaker or multisim software. Use the standard resistor values (10% tolerance) The design should meet the following criteria:Good stabilization of the Q polntVCEQ JroungVCC:High voltage and Current gain.From Vomi design and simulation results_ determine the following:ofthe transistorVCEQThe voltage gain (AV)Please provide us wlth your Simulatio
Use BJT transistor design amplifier clrcult that operates In the frequency range 10kHZ-1OOkHZ: Verify your design by simulating the design using the circuitmaker or multisim software. Use the standard resistor values (10% tolerance) The design should meet the following criteria: Good stabilization o...
##### Complete parts a-c for each quadratic function.a. Find the $y$ -intercept, the equation of the axis of symmetry, and the $x$ -coordinate of the vertex.b. Make a table of values that includes the vertex.c. Use this information to graph the function.$$f(x)=2 x^{2}+5 x$$
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##### Explain how percent yield is calculated.
Explain how percent yield is calculated....
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04dc04 Drui @Rirideu structunl lonnulis fox the tollowing organkk compounds Myou preiun Yo suuctliret 0n sparaic shect ol pjoer and Innedknryafter submlitins Inc cxam; Iake plctun E37m mdul Canat Pleit mkc tun rmnbcr cach suucture cnrinuta 233 rmAnt- Tnet nt -eleclachanc CHylchykch; Drn unectrlname ...
##### Selve: 4 Us1Sinz 1 dh #secx 9
Selve: 4 Us1Sinz 1 dh #secx 9...
##### Assignments MCVAUI-01-CalcKCVAUTN Inbox (21,869) = georgefotabongNewv TabCfUsers/Kojo? 20PaintsilDownloads/midio2Ochapter93205%20assignment pdfMCV4UT2123. The number or rabbits (N) in a forest at time t in months) is given by, NC) = 500 [10 + ei] where {tz 0}. What is the initial number of rabbits? b) Determine the rate of change of the number of rabbits at any time t What is the rate of change at 6 months? d) As t -o, what value does the population N approach? Explain why?248 PM Hco zucType
Assignments MCVAUI-01-Calc KCVAUT N Inbox (21,869) = georgefotabong Newv Tab CfUsers/Kojo? 20PaintsilDownloads/midio2Ochapter93205%20assignment pdf MCV4UT 212 3. The number or rabbits (N) in a forest at time t in months) is given by, NC) = 500 [10 + ei] where {tz 0}. What is the initial number of ra...