5

# Instudying the value of secondhand laptops, regression produces the precliction formula of y = 395.174 9.4682 where! is the predicted laptop price, and xis the lapt...

## Question

###### Instudying the value of secondhand laptops, regression produces the precliction formula of y = 395.174 9.4682 where! is the predicted laptop price, and xis the laptop age in months. Which of the following correctly interprets the slope and the intercept estimate? Ex- plain and show your work:(A) 395.174 is the preclicted price of a laptop that is brand new_ B) 395.174 is the predlicted laptop age in months when its price is 0. For every OHIC month increase in laptop \$ age, its predicted price in

Instudying the value of secondhand laptops, regression produces the precliction formula of y = 395.174 9.4682 where ! is the predicted laptop price, and xis the laptop age in months. Which of the following correctly interprets the slope and the intercept estimate? Ex- plain and show your work: (A) 395.174 is the preclicted price of a laptop that is brand new_ B) 395.174 is the predlicted laptop age in months when its price is 0. For every OHIC month increase in laptop \$ age, its predicted price increases by 9.468 . (D) For every OHC MOH MCTOASC M A laptop' \$ age; its predlicted pice decreases by 9.468 , E) For every one month inerease in a laptop \$ age; its preclicted price decreases by 9.468 .  #### Similar Solved Questions

NHz H+ (cat) NaCNBHa Last Modified: 3/7/17 NHz...
##### IIv JeznTeteut Nnauaspioy Ip" 941 Amsutlinok Jaluz Jatisuu ~Dous 43p Ui DUE(-papaauSnokmMuian #Kumpunoai jou8uB: Uonginood 81 JoL IBNuBIUI aouepiilo) B4UL (e)3L7+903"â‚¬ 288 â‚¬ 9E2â‚¬ 625*â‚¬ 656"â‚¬ 972 & SEEâ‚¬ Fz8 â‚¬ 762 â‚¬ 800 7 600 7 AF+g1insa] CI JOULmuiUonEIa? pJeput7s uoljeindod 041 (q) pue BJUEUBA uoneindor pbanpald 'ioq poijoia; Ailoqum (5o4x UI) subiowbip 04L[Enyumujuimiuo? pnlsuoobordlivo)866 = OS PUri WJUIuILPUUdjoh uolsano1-8lv9sid 01/0 , '960L :0joj
IIv Jezn Teteut Nnaua spioy Ip" 941 Amsutlinok Jaluz Jatisuu ~Dous 43p Ui DUE (-papaau SnokmMuian #Kum punoai jou8uB: Uonginood 81 JoL IBNuBIUI aouepiilo) B4UL (e) 3L7+ 903"â‚¬ 288 â‚¬ 9E2â‚¬ 625*â‚¬ 656"â‚¬ 972 & SEEâ‚¬ Fz8 â‚¬ 762 â‚¬ 800 7 600 7 ...
##### (20 points) Consider the initial value ; problem y' ~v+ 0 _ 1, Find V(u) colutiol the nbove Initial allue poblomn . Umn Moxlilied Euler \$ method oppraximate V(I) with 0.1 and determnine the el
(20 points) Consider the initial value ; problem y' ~v+ 0 _ 1, Find V(u) colutiol the nbove Initial allue poblomn . Umn Moxlilied Euler \$ method oppraximate V(I) with 0.1 and determnine the el...
##### Exercise 6.1.11 For each of the following sets of conditions, give & parametrization of the unit circle in R?_Counterclockwise, constant speed, starting at (0,1). Clockwise, constant speed, starting at (1,0).iii Counterclockwise; non-constant speed, starting at (1,0).
Exercise 6.1.11 For each of the following sets of conditions, give & parametrization of the unit circle in R?_ Counterclockwise, constant speed, starting at (0,1). Clockwise, constant speed, starting at (1,0). iii Counterclockwise; non-constant speed, starting at (1,0)....
##### With the eqvation Fc%i2) = (eXtosy) - (e*stnv) taz k ) ivulwate SF:& where C is the line from A-6,9 ,) to Segment B = (1,0,3) .
with the eqvation Fc%i2) = (eXtosy) - (e*stnv) taz k ) ivulwate SF:& where C is the line from A-6,9 ,) to Segment B = (1,0,3) ....
##### 3 (15 points) Consider the circuit as shown in the figure. The switch in the circuit has been in position for a long time. At time t = 0 the switch is moved to position B For the following questions, the valucs V,C, L, Rare given constants where Ri 2R and Rz Rs Ri = R: also , ignore the self-inductance of the circuit and all non-inductor component s For time t > 0: a) Find the equation that could be solved for the charge on the capacitor as a function of time b) If the inductor were "Epe
3 (15 points) Consider the circuit as shown in the figure. The switch in the circuit has been in position for a long time. At time t = 0 the switch is moved to position B For the following questions, the valucs V,C, L, Rare given constants where Ri 2R and Rz Rs Ri = R: also , ignore the self-inducta...
##### If the following sequences have any convergent subsequences: (You may prove that - Determine elther by writing . subsequence or by applving . theorem:) If no convergent subsequence exists convergent subsequence exists, explain why not:n coS 2cosn "+2
if the following sequences have any convergent subsequences: (You may prove that - Determine elther by writing . subsequence or by applving . theorem:) If no convergent subsequence exists convergent subsequence exists, explain why not: n coS 2 cosn "+2...
##### Your last submission is used for your score;~/1 points ZillDiffEQModAp11 4.3.029_Solve the given initial-value problem. 25y 0, y(0) 3, Y'(0) _5Y(X)Need Help?Read ItWatch [tTalk te4utorSubmit AnsworPractice Another VorsionViewing Saved Work Revert t0 Last RespcType here to searchF3F4FSF6
Your last submission is used for your score; ~/1 points ZillDiffEQModAp11 4.3.029_ Solve the given initial-value problem. 25y 0, y(0) 3, Y'(0) _5 Y(X) Need Help? Read It Watch [t Talk te4utor Submit Answor Practice Another Vorsion Viewing Saved Work Revert t0 Last Respc Type here to search F3 F...
##### Rollem 2 X(t) (Zcos + 3< * ? 44 cmpute 6'Ct) & 1xk)) 8m4k Eaxam of +xt t Y at Ie
Rollem 2 X(t) (Zcos + 3< * ? 44 cmpute 6'Ct) & 1xk)) 8m4k Eaxam of +xt t Y at Ie...
##### Exercise 1.12. (10 points) Show thatT P 3 Cop defined by Tlp(:) = (40, G1,. isomorphismOn-l, 8n, 0, 0, 0,
Exercise 1.12. (10 points) Show thatT P 3 Cop defined by Tlp(:) = (40, G1,. isomorphism On-l, 8n, 0, 0, 0,...
##### 50 mph Express your answer to two significant figures and include the appropri 22 mul < ^Previous AnswersCorrect Correct answer is shown: Your answer 22.352 m was either rounde used a different number of significant figures than required for this part Here we learn how to convert miles per hour to meters per second.
50 mph Express your answer to two significant figures and include the appropri 22 m ul < ^ Previous Answers Correct Correct answer is shown: Your answer 22.352 m was either rounde used a different number of significant figures than required for this part Here we learn how to convert miles per ho...
##### Drea tha Ieecls onio tne diegrem to Identity ihe componente enetc eantory Pbthweya.Sarond-Ortt neon; taulalon In [7o MejuiyPan (embaralurg EOA touchBacond-prdot nqutor,Jooussator In Iha Eplna cordThlto eytuloco i primary LOMaLo coneory cortux' conirmntnan Eno bunulueFint synlaovo epnal cold, Ipallntolal Ira ebtnutueBetand Wynddbd HAmMrat conbalalatol lo tho uinulaFine 5 daolirninaory louch , proplonulon #brllonfuemnngemain hintanllm logaietil Iha chmulun
Drea tha Ieecls onio tne diegrem to Identity ihe componente enetc eantory Pbthweya. Sarond-Ortt neon; taulalon In [7o Mejuiy Pan (embaralurg EOA touch Bacond-prdot nqutor, Jooussator In Iha Eplna cord Thlto eytuloco i primary LOMaLo coneory cortux' conirmntnan Eno bunulue Fint synlaovo epnal co...
##### For each of the following integrals, decide whether you would use substitution, integration by parts or neither to evaluate If substitution, give what You would use for u; if integration by parts, give what You would use for and for dv; if neither tell ow YOU would evaluate: You do not need to actually evaluate.J ; dx 2-3* (x/z In x dx J xe 0,6x dx 1+ 63* tan 4x ax S(Vx + 1)2 dxII Evaluate each of the following integrals:JSdx f (Inx)? dx cox(Lol dx 400 dx 25+42 3171 dx x+1Hint: #+2 = 2 8 So rewr
For each of the following integrals, decide whether you would use substitution, integration by parts or neither to evaluate If substitution, give what You would use for u; if integration by parts, give what You would use for and for dv; if neither tell ow YOU would evaluate: You do not need to actua...
##### SET OF QUESTIONS CAN'T COPY
SET OF QUESTIONS CAN'T COPY...
##### Find all solutions to 1 the 4 equation COS â‚¬ 5 the interval 2 '2r)3 rewrite the 1 @m
Find all solutions to 1 the 4 equation COS â‚¬ 5 the interval 2 '2r) 3 rewrite the 1 @m...
##### After choosing the appropriate trigonometric substitutionthe integralbecomes4sin? ( 0 ) decos?, 0 )decot? (0 )dlatan? ( 0)d8None
After choosing the appropriate trigonometric substitution the integral becomes 4sin? ( 0 ) de cos?, 0 )de cot? (0 )dla tan? ( 0)d8 None...