5

# The useful life of a battery is thought tobe normallydistributed with Ïƒ = 3.85months and Î¼ = 50.4months. For how many months should the battery beguaranteed i...

## Question

###### The useful life of a battery is thought tobe normallydistributed with Ïƒ = 3.85months and Î¼ = 50.4months. For how many months should the battery beguaranteed if the manufacturer wishesonly 1.5% of batteries to be subject toreplacement under guarantee? Enter your answer to oneplace of decimal. Months will be understood and should notbe entered.

The useful life of a battery is thought to be normally distributed with Ïƒ = 3.85 months and Î¼ = 50.4 months. For how many months should the battery be guaranteed if the manufacturer wishes only 1.5% of batteries to be subject to replacement under guarantee? Enter your answer to one place of decimal. Months will be understood and should not be entered.

#### Similar Solved Questions

##### Ccouse32261_18contentuid 118617BEdnnommt otnProenna cedetter euled Imn termyentt/QUI TIOG3hta7Ate ehenne mamnnDuEaTODa-tdinuJii K-dE I C Rid Nte BniianQuESTIohFel7eD74Tha #entCoetn [email protected]{rtly uta 0ala Fhece Aene 16417 6 663LD3* ~4mav 6lt J7BE - 35789FaatchTitKend 6724
Ccouse 32261_18contentuid 118617 BEd nnommt otn Proenna cedetter euled Imn termyentt/ QUI TIOG 3hta7 Ate ehenne mamnn DuEaTO Da-tdinuJii K-dE I C Rid Nte Bniian QuESTIoh Fel7eD74Tha #ent Coetn Rn @enk {rtly uta 0ala Fhece Aene 16417 6 663 LD 3* ~4mav 6lt J7BE - 35789 Faatch Tit Kend 6724...
##### Ifyou have body with 3 forces acting upon it, ad You know that the body has zero acceleration. How can the third force if yout you compule Kom the other two? (Give an example)
Ifyou have body with 3 forces acting upon it, ad You know that the body has zero acceleration. How can the third force if yout you compule Kom the other two? (Give an example)...
##### Fli AiU ncsd45 clecs TFo Duc Wco (earned 6 0 7ne thed e â‚¬ &a Us â‚¬ thc sl-Ts^ find tthe JFAe | {32F~s follow '^ 9 ~27+39 5 31--45 S 5 7 + FJ 92 7-23 _47- Y> 9 82 7x+ 65 ) 27+69 82 32 32 ~+7t 5 > 7 = Ll)HrIeontl 748Jj0J4 ~enttnl orJati 702 Tt4
Fli AiU ncsd45 clecs TFo Duc Wco (earned 6 0 7ne thed e â‚¬ &a Us â‚¬ thc sl-Ts^ find tthe JFAe | {32F~s follow '^ 9 ~27+39 5 31--45 S 5 7 + FJ 92 7-23 _47- Y> 9 82 7x+ 65 ) 27+69 82 32 32 ~+7t 5 > 7 = Ll) Hr Ieontl 748Jj0J4 ~enttnl orJati 702 Tt4...
##### Exponential DccayWhatTheahapegraph of the functlon?h(t) 0.6 3.2Docs the Iunction model exponentlal gromth decuy?flr) = 3 _What "snape Oathe graph ol the functlon?flz)0.75'Doesfunctlon model exponential growh decay?f() ={ 4'Graph the functlon:g(r) = {Gnch ute funaikonNle) = 8()'
Exponential Dccay What Theahape graph of the functlon? h(t) 0.6 3.2 Docs the Iunction model exponentlal gromth decuy? flr) = 3 _ What " snape Oathe graph ol the functlon? flz) 0.75' Does functlon model exponential growh decay? f() ={ 4' Graph the functlon: g(r) = { Gnch ute funaikon N...
##### The disk is eleased Ioli PROBLEM _ and mass M round uniform disk of radius tied [0 & think y0yo) string wound venical and its tOp end when the string is aningIS 1T3the wcigha of disk s 2gr3 the naSS is sshow that the tension - acceleralion = of the center mnaghitude of the show 4g4 a5 descends ol the center of mass the speed =
The disk is eleased Ioli PROBLEM _ and mass M round uniform disk of radius tied [0 & think y0yo) string wound venical and its tOp end when the string is aningIS 1T3the wcigha of disk s 2gr3 the naSS is sshow that the tension - acceleralion = of the center mnaghitude of the show 4g4 a5 descends o...
##### Let X be Random variable such that & > 0 and 8 > 0fx(x) = aBxB-- exp(-axe_ =0 otherwiseLet Y = 1 - Fx(X) What is the distribution of Y? Let Z =log Find the moment generating function of Z
Let X be Random variable such that & > 0 and 8 > 0 fx(x) = aBxB-- exp(-axe_ =0 otherwise Let Y = 1 - Fx(X) What is the distribution of Y? Let Z =log Find the moment generating function of Z...
##### [email protected] cor Wd* FaW] Mcnleue detettoTsr 'ATAI
Wnthu In Tale @ntrati cor Wd* FaW] Mcnleue detetto Tsr 'ATAI...
##### A state vector X for four-state Markov chain is such that the system four times as likely to be in state as in probability 0.2 Find the state vector X.not in state and is in state 2 with
A state vector X for four-state Markov chain is such that the system four times as likely to be in state as in probability 0.2 Find the state vector X. not in state and is in state 2 with...
##### First second and third ionization potential values are $100 mathrm{eV}, 150 mathrm{eV}$ and $1500 mathrm{eV}$. Element can be:(a) $mathrm{Be}$(b) B(c) $mathrm{F}$(d) $mathrm{Na}$
First second and third ionization potential values are $100 mathrm{eV}, 150 mathrm{eV}$ and $1500 mathrm{eV}$. Element can be: (a) $mathrm{Be}$ (b) B (c) $mathrm{F}$ (d) $mathrm{Na}$...
##### A 50.00 -mL sample of an ammonia solution is analyzed by titration with HCl. The reaction is $$\mathrm{NH}_{3}(a q)+\mathrm{H}^{+}(a q) \longrightarrow \mathrm{NH}_{4}^{+}(a q)$$ It took $39.47 \mathrm{mL}$ of $0.0984 \mathrm{M} \mathrm{HCl}$ to titrate (react completely with) the ammonia. What is the concentration of the original ammonia solution?
A 50.00 -mL sample of an ammonia solution is analyzed by titration with HCl. The reaction is $$\mathrm{NH}_{3}(a q)+\mathrm{H}^{+}(a q) \longrightarrow \mathrm{NH}_{4}^{+}(a q)$$ It took $39.47 \mathrm{mL}$ of $0.0984 \mathrm{M} \mathrm{HCl}$ to titrate (react completely with) the ammonia. What is t...
##### (d) Determine the average velocty Vvelodly or the object during the fallowing time Intervals; 00 s), (6.00= s) (12.0 5), and (0 18.0 5) Vrclocit} (0 6,00 s) M$Vvelocity(6.00 12.0 5) ms Vvefbcity ( 12.0 18,0 5) M/$ Vvelocity(0 18,0 5) MsDetermine tne avcraqe speed Vsprrd the object during following tre Intervals: 00 5), (6.00 12.0 5), (12. 18,0 s) Ino0 18.0 5)Vsperd(0 00 s) #pecd(6, 12.0 $) Vspeed( 12. 18,0 5) Vspeed(0 18,0$)m/sMs
(d) Determine the average velocty Vvelodly or the object during the fallowing time Intervals; 00 s), (6.00= s) (12.0 5), and (0 18.0 5) Vrclocit} (0 6,00 s) M$Vvelocity(6.00 12.0 5) ms Vvefbcity ( 12.0 18,0 5) M/$ Vvelocity(0 18,0 5) Ms Determine tne avcraqe speed Vsprrd the object during following...
##### A boxer punches a sheet of paper in midair and brings it from rest up to a speed of 25 $\mathrm{m} / \mathrm{s}$ in 0.05 $\mathrm{s}$ . (a) What acceleration is imparted to the paper? (b) If the mass of the paper is $0.003 \mathrm{kg},$ what force does the boxer exert on it? (c) How much force does the paper exert on the boxer?
A boxer punches a sheet of paper in midair and brings it from rest up to a speed of 25 $\mathrm{m} / \mathrm{s}$ in 0.05 $\mathrm{s}$ . (a) What acceleration is imparted to the paper? (b) If the mass of the paper is $0.003 \mathrm{kg},$ what force does the boxer exert on it? (c) How much force does ...
##### A melting point test of n = 12 samples of a binder usedin manufacturing a rocket propellant resulted in x =155.2Â°F. Assume that the melting pointis normally distributed with Ïƒ = 1.5Â°F.What is the P-value for thistest? b. Test H0:Î¼ = 155 versusH1:Î¼ â‰  155 using Î± =0.01.
A melting point test of n = 12 samples of a binder used in manufacturing a rocket propellant resulted in x = 155.2Â°F. Assume that the melting point is normally distributed with Ïƒ = 1.5Â°F. What is the P-value for this test? ...
##### Uutsllant: Solve each the follow ing eyutions for X , whcte 54<360" (Degrer Zsinx+/=0 UII ! + V=0Scot" =e 0(Jtn"IXtn" >-J) =eTei=o2sin TAan / -
uutsllant: Solve each the follow ing eyutions for X , whcte 54<360" (Degrer Zsinx+/=0 UII ! + V=0 Scot" =e 0 (Jtn" IXtn" >-J) =e Tei=o 2sin TAan / -...
##### To measure the current through resistor in a circuit 14. In anhexperiet shOule berconnected in parallel with the resistor the ammeter should be connected in parallel with the resistor the voltmeter the ammeter should be connected in series with the resistor the voltmeter should be connected in series with the resistor15 . In the experiment with the Coulomb Electrostatic Balance to investigate the parallel . circular plates; the separation electrostatic force between oppositely-charged is 16/ em?
to measure the current through resistor in a circuit 14. In anhexperiet shOule berconnected in parallel with the resistor the ammeter should be connected in parallel with the resistor the voltmeter the ammeter should be connected in series with the resistor the voltmeter should be connected in serie...