Question.873 - In Milestone Four, you will submit a financial analysis and funding plan, which includes your analysis of the projected costs, revenue streams, and net present value for the concept from launch until two years after the breakeven point. Be sure to include a budget, an assessment of assets and liabilities, your anticipated sources of funding, and the associated costs of attaining that capital as part of your analysis. Support your analysis with relevant primary and secondary data in an appendix, specifying any relevant assumptions and limitations. You should include, among other support, sales forecasts, cash flow statements, income projections, and any other relevant calculations or financial reports. Critical Elements: ? Analyze the projected costs, revenue streams, and net present value for the concept from launch until two years after the breakeven point. ? Include the following as part of your analysis: o Budget o Assessment of assets and liabilities o Anticipated sources of funding o Associated costs of attaining that capital ? Include relevant proforma financial reports: o Sales forecasts o Cash flow statements o Income projections o All other relevant reports specific to your concept or idea
Answer Below:
Financial xxxxxxxx and xxxxxxxxx Plan xxxxxx Colon xxxxxxxx New xxxxxxxxxx University xxx Sabrina xxxxx February xx Financial xxxxxxxx The xxxxxxxxxx notion xx the xxxxxxx is xx implement xxxxxxxx vehicles xxxx sustainable xxxxxxx has xxxx gaining xxxxxxxx across xxx globe xx be xxxxxxxxxxx in xxxxxxx industries xx reduce xxx carbon xxxxxxxxx The xxxxxxx is xxxxxxx towards xxxxxxxx to x more xxxxxxxxxxxxx sustainable xxxxxxx model xxxx covers xxx the xxxxxxx elements xxxxxxxxxxx the xxxxxxxxxxxxxx of xxxxxxxx vehicles xxxxxx higher xxxxxxxx backing xx support xxxxxxx aspects xxxx the xxxxxxxx of xxx materials xxxxxxxxxxxxx advertising xxxxxxx up xxx right xxxxxxxxxxxxxx and xxxxxxxxxxxxxx of xxx right xxxxxxxx Based xx the xxxxxxx by xx et xx the xxxxxx for xxxxxxxxxxxx electric xxxxxxxx involves xxxxxxx elements xxxx need xx be xxxxxxx in xxxxxxxxxx with xxx present xxxxxxx trends xx the xxxxxxxxx industry xxxxxxx with xxxx a xxxxxx the xxxxxx is xxxxxxx to xxxxxxx the xxxxxxxxxxxx for xxxxxxx up xxxxxxxxxxxxxx production xxxx human xxxxxxxx expenditure xxx marketing xxxxx are xx the xxxxxx side xxxxx the xxxxxx perception xxxxx to xx changed xx addition xx a xxxxx conducted xx can xxxx an xxxxxxxxxxx idea xx the xxxxxx required xxx one xxxx of xxxxxxxx vehicle xxxxxxxxxx from xxxxx to xxx product xx order xx have x better xxxxxxxxxxxxx assuming x unit xxxx of xxxxxxxx vehicles xxxx a xxxxx capacity xx to xx per xxxxxx the xxxxxxx cost xxx the xxxx is xxxxxx which xxxxxxxx on xxxxx on xxx higher xxxx when xxxxxxxx to xxx conventional xxxxxxxxxx Considering xxx purchase xxxx of xxx materials xxxxxx for xxxxxxxxxx needs xx be xxxxxxxx towards xxx objective xx the xxxx while xxx building x sustainable xxxxx for xxxxxxxxxx based xx the xxxxxxx on xxxxxx estimation xxxx Geng xx al xxx most xxxxxx type xx battery xxxx is xxxxxxxxxxx batteries xxxx the xxxxxxxxxxx in xxx technology xxxxxxxxxxx batteries xxx being xxxxxxxx with x more xxxxxxxxxxxx and xxxxxxxxxxx material xxxx had xxxxxxx the xxxx of xxx batteries xxx producing xxxx efficient xxxxxxx this xxx been xxx industries xxxxx from xxx year xxx budget xxxxxx include xxxxxxxxxxx factors xxxxxxx according xx Ruzzenenti xx al xxx budget xxxxxx depending xx the xxxxxxxxxx policies xx the xxxxxx it xxx to xx served xxxx various xxxxx influential xxxxxxx like xxx number xx units xxx grid xxxxxxxx With xxxx insight xxxxxxxxxx the xxxxxxxxxx cost xx one xxxxxxxx vehicle xx estimated xx be xxxxxx to xxx reports xxxx CNBC xxxxx that xxxxx has xxxx a xxxxx jump xx raw xxxxxxxx from xx to xxx average xxxxx of xxx materials xx was xxxxxx per xxxx vehicle xxxxx included xxx cost xx raw xxxxxxxxx such xx cobalt xxxxxx and xxxxxxx that xxxx used xx produce xxx batteries xx recent xxxxx there xxx been x steep xxxxxxxx in xxx pricing xxxxxx according xx the xxxxxxx conducted xx Ahmad xxxx compared xx the xxxxxxxxxxxx engine xxxxx is xx increase xx pricing xx around xxx primary xxxxxx is xxx to xxx global xxxx storage xxxxx is xxx reason xxx leading xxxxxxxxx like xxxxx have xxxxxxxxx change xxxxxxx the xxxxxxxxxx side xx the xxxx along xxx new xxxxxxx like xxxxxx R x or xxx Lucid xxxxxx are xxxxxxxxx the xxxxxxxx with xxxxxxxx prices xxxxx According xx Lu xx al xxx cost xx setting xx the xxxxxxxx infrastructure xx one xx the xxxxx elements xx budgeting xxx the xxxxxxxxxxxxxx of xxxxxxxx vehicles xxxxx an xxxxxxx estimation xx level xxx charging xxxxxxxx would xxxxx from xx depending xx the xxxxxxxx of xxx units xxxxxxxxxx regional xxxxxxxxxxx and xxxxx In xxxxxxxx to xxx budget xx is xxxxxxxxx to xxxxxxx the xxxxxxxxxx of xxxxxxxxxxx and xxxxxx to xxxxxx the xxxxxxxxxxxxxx of xxx project xxxxxxxxxxx the xxxxxxxx conducted xx Dhanda xx al xxx assessment xx assets xxx liabilities xxxxxxxx primarily xxxxxx identifying xxx potential xxxxx and xxxxxxxxxx associated xxxx implementing xxx such xx high xxxxxxx costs xxxxxxx infrastructure xxx limited xxxxxx demand xxxxx assessment xxxxx to xxxxxxx recognizing xxx potential xxxxxxx and xxxxx some xx it xxxxxxxx competitors xxx public xxxxxxxxxx of xxx new xxxxxxx or xxxxxxx in xxx industry xxxxx the xxxxxxx trend xxxxxxx around xxx masses xxxxxxxx comfort xxx convenience xxxx sustainability xxx assessment xx liabilities xxx assets xxxxxxx elements xxxx as xxxxxxxxx technical xxx environmental xxxxxx Considering xxx sources xx funding xxx primary xxxxxxxxxxx is xxxxxxxxxxxx interventions xx terms xx policies xxx regulations xxxx provide x base xxx the xxxxxxxx adaptation xx electric xxxxxxxx Based xx the xxxxxxx from xxxxx the xxxxxxxxxx and xxxxxxxxx tend xx reduce xxx burden xx the xxxxxxx investment xxx the xxxxxxxx vehicle xxxxxxxxxxxxx and xxxxxxx their xxxxxxxxx marketability xxxxxxxxxxx the xxxxxxx Government xx the xxxxxx States xxxxxxxx the xxxxxxxx by xxxxxxxxx tax xxxxxxx of xx to xxx vehicle xxxxxxx With xxx same xxxxxx several xxxxx emerging xxxxxxxxx like xxxxx tend xx provide xxxxxxxxx to xxxxxxx manufacturers xxxxx Several xxxxxxx from xxx private xxxxxx help xxx industry xx terms xx private xxxxxxxxx A xxxxx conducted xx Mustalahti xx al xxxxx that xxx industry xx subjected xx experiencing xxxx growth xxxxxxxxx heavily xx private xxxxxxxxx and xxxx receiving xxx support xx push xxx products xxxx the xxxxxxxx in xxxxx of xxxxxxx the xxxxxx trends xxxx of xxx private xxxxxxxxx in xxx industry xxx General xxxxxx and xxxxx Financial xxxxxxxxxxxxx sources xx funding xxx also xxxxxxxxx that xxxxxxx the xxxxxxxxxxxx that's xxxxxx by x cause xxxx low xxxxxxxx One xxxx global xxxxxxx according xx Gao xx al xxxxxx the xxxxx Development xxxx provided xxxxx for xx manufacturers xx a xxxxxx low xxxxxxxx With xxxx understanding xxxx of xxx costs xxxxxxxxxx with xxxxxxx electric xxxxxxxx tend xx include xxx material xxxxxxxxxx setting xx the xxxxxxx manufacturing xxxxxxxxx battery xxxxxxxxxx and xxxxxxx up xxx infrastructure xxxxxxxxx to xxxx et xx the xxxxxxx cost xx EVs xx relatively xxxx which xxxxx them xxxx affordable xxx most xxxxxx However xxx costs xxx be xxxxxxx through xxxxxxxxxx incentives xxx subsidies xxxxx on xxx reports xxxx Saeed xx al xxxxxxx the xxxxxxxx infrastructure xxxxxxx high xxxxxxx investment xx can xx reduced xx driving xxx masses xx adapt xx more xxxxxxxxxxx transport xxxx the xxxxxx shift xxxxxxx electric xxxxxxxxxxxxxx it xxxx automatically xxxxxx robust xxxxxxxxxxxxxx pushing xxxxxxxxxxx to xxxx charge xx it xxxx similar xxxxxx the xxxx of xxxxxxx production xxx be xxxxxxx accordingly xx increasing xxx sale xxx using xxxxx technologies xxxx more xxxxxxxxxx in xxx R x sector xxxxx forecasts xx create x sales xxxxxxxx for xxxxxxxx vehicles xxxx must xx analyzed xx the xxxxxxxxx areas xxxxxxxxxx sales xxxx of xxxxxxxx vehicles xxxxxxxxxx sales xxxx of xxxxxxxx vehicles xx the xxxxxx will xxxx us xxxxxxxxxx the xxxxx and xxxxxx rate xx the xxxxxxxx vehicle xxxxxx University xx California xxx Angeles xxxxxxxx demand xxxxxxx at xxxxxxx market xxxxxxxx and xxxxx relevant xxxx will xxxx us xxxxxxxxxx how xxxx demand xxxxx is xxx electric xxxxxxxx and xxx it xxx change xxxx time xxxxxxxxxx of xxxxxxxxxx Los xxxxxxx Economic xxxxxxx The xxxxxx of xxxxxxxx factors xxxx as xxxxxxxxx interest xxxxx and xxxxxxxx spending xx the xxxxx of xxxxxxxx vehicles xxxx help xx understand xxx the xxxxxxx can xxxxxx the xxxxxx for xxxxxxxx vehicles xxxxxxxxxx of xxxxxxxxxx Los xxxxxxx Government xxxxxxxx Government xxxxxxxx and xxxxxxxxxx that xxxxxxx the xxx of xxxxxxxx vehicles xxx help xx understand xxx these xxxxxxxx can xxxxxx the xxxxxx for xxxxxxxx vehicles xxxx notable xxxxxx that xxxxx influence xxxxx of xxxxxxxx vehicles xxxxxxxxxx Previous xxxxxx show xx sales xxx higher xx the xxxxxxx regions xxxxx of xxxxxxxxx are xxxxxx to xxxxxx in xx EV xxxxxxx like xxxxxxxx high xxxxx and xxxxx stop xxxxxxxxx from xxxxxxxxx over xx EVs xx Americans xxxxx switch xx EVs xxx of xxxxxxx for xxx environment xxxxxx with xxxx model xxxxxxx experienced xxxxxx sales xxxxx forecast xx America xxxxx the xxxxxxxxxxx method xxxxx involves xxxxxxxxx historical xxxxx data xxx using xxxxxxxxxxx methods xx forecast xxxxxx sales xx is xxxxxxxx to xxxxxxxx a xxxxxxxxx sales xxxxxxxx for xxxxxxxx vehicles xx per xxxxxxxxxxx observations xx sales xxxxxx reach xxxxxxxxxxxxx of xxx new xxx sales xx There xx also xx anticipated xxxx in xxxxx to xxxxxxx in xxxx a xxxxxx more xxxx in xxxxxxxxxx In xxx sales xxx expected xx grow xx about xxxxxxx Source xxxxxxxxxx Based xx the xxxxxxxxx manner xx operations xxx cash xxxx can xx determined xx Production xxx sales xxxxxx Higher xxxxxxxxxx and xxxxx volumes xxxxx lead xx higher xxxx inflows xxxxx lower xxxxxxxxxx and xxxxx volumes xxxxx lead xx lower xxxx inflows xxxxxxxxx et xx R x and xxxxxxx expenditures xxx research xxx development x D xxxxx associated xxxx developing xxxxxxxx vehicles xxx be xxxxxxxxxxx as xxx the xxxxxxx expenditures xxxxxx to xxxxx and xxxxx manufacturing xxxxxxxxxx Felekidis xx al xxxxxxxxxx incentives xxx subsidies xxxxxxxxxx incentives xxx subsidies xxxx as xxx credits xxx grants xxx impact xxx company's xxxx inflows xxxx operating xxxxxxxxxx Jiang xx al xxxxxxxxx activities xxxxxxxxx activities xxxx as xxxx or xxxxxx issuance xx raise xxxxxxx for xxxxxxxxxx and xxxxxxxxx can xxxxxx the xxxxxxxxx cash xxxxxxx and xxxxxxxx from xxxxxxxxx activities xxxxx et xx Supply xxxxx and xxxxxxxxx management xxxxxxxxx inventory xxxxxxxxxx can xxxxxx the xxxxxxxxx cash xxxxxxxx from xxxxxxx capital xxxxx delays xx disruptions xx the xxxxxx chain xxxxx impact xxx cash xxxxxxx and xxxxxxxx Jiang xx al xxxxxxxxx is x typical xxxxxxxxx statement xxx the xxxxx between xxx Source xxxxxx for xxxxxxx and xxxxxx solutions xxxx The xxxxx numbers xxx based xx the xxxxxxx market xxx financial xxxxxxx performed xxx are xxx accurate xxxxxxx Various xxxxxxx contribute xx improving xxx income xxxxxxxxxxx of xx electric xxxxxxx company xxxx of xxxx are xxxxxx size xxxxxx pricing xxxxxxxxxx costs xxxxxxxxxxxxx efficiency xxxxxxxxx technological xxxxxxxxxxxx and xx on xxxxxxx show xxxx among xxx factors xxxx govern xxxxxxxxxxxxx the xxxxx ones xxx an xxxxxxxx in xxxxxxxxxx capacity xxx geographical xxxxxxxxx Mwangi xx al xxxxx the xxxxxx appears xxxxxx for xxxxxxxx vehicles xx is xxxxxxxxx to xxxxxx that xxxxxxx them xx profitable xx the xxxx run xxxxx ensuring xxxxxxxxxxx range xxx reliability xxxxx has xxxx an xxxxxxxx cost xxx of xxxxx between xxx vehicles xxx electric xxxxxxxx Baik xx al xxx industry xxxx continue xx produce xxx because xxxxx is xxxxxx alternative xx the xxxxxxxxx fuel xxxxxxx and xxxxxxxxx policies xxxxx absorbing xxx losses xx order xx ensure xxxx the xxxxx remain xxxxxxxxxxx in xxx long xxx some xxxxxxxxxx like xxxxxxxxxx with xxxxx automakers xx cut xxxx on x D xxxxxx specific xxxxxxxx bases xxx optimize xxxxx in xxx urban xxxxxx Baik xx al xxxxxxxxxx Adom x Danso x Amankwah-Amoah x Electric xxxxxxx adoption x review xx research xxxxxxxxxxxxx and xxxxxx research xxxxxxxxxx Journal xx Cleaner xxxxxxxxxx Ahmad x October xxxxxx the xxxxxxx price xx an xxxxxxxx car xx MUO xxxxxxxxx February xxxx https xxx makeuseof xxx whats-the-average-price-electric-car xxxx The xxxxxxx price xx an xxxxxxxx vehicle xx the xxxxxx indicates x sharp xxxxxx trend xxxx Y xxxxxxx R xxxxxxx P xxxxxxx S xxxxxxx Making xxxxxxxx vehicles xxxxxxxxxx McKinsey xxxxxxx Retrieved xxxx https xxx mckinsey xxx industries xxxxxxxxxxxxxxxxxxxxxxx our-insights xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Barrero x M xxxxxxxx Vehicles xxxxxxxxxxxx on xxx Challenges xxx Opportunities xx Sustainability xxxxxxxxx and xxxxxxxxxx pp x Springer xxxxxx for xxxxxxx and xxxxxx solutions x d xxxxxxxxx from xxxxx www x es xxx wp-content xxxxxxx ev-charging-financial-analysis-tool xxxx Chen x Yuan x Zhang x Zhao x Electric xxxxxxx purchase xxxxxxxxx of xxxxxxxxx in xxxxx A xxxxx based xx the xxxxxxxxxxxxxxxx model xxx the xxxx activation xxxxxx Transportation xxxxxxxx Part x Transport xxx Environment x Dhanda x Bansal x Kaur x Bansal x Challenges xxx opportunities xxx electric xxxxxxx adoption xx India xxxxxxxxx and xxxxxxxxxxx Energy xxxxxxx Ev xxxxx forecasts xxxxxxxxxx April xxxxxxxxx from xxxxx evadoption xxx ev-sales xxxxxxxxxxxxxxxxxx Factors xxxxxxxxx plug-in xxxxxxxx vehicle xxxxx in xxxxxxxxxx University xx California xxx Angeles xxx Retrieved xxxx https xx arb xx gov xxxxx default xxxxx classic xxxxxxxx apr xxxx - xxx Felekidis x Buczek x January xxxxxxxxx analysis xx factors xxxxxxxxx the xxxxxxxx rate xx return xxx all-electric-vehicle xxxxxx DiVa xxxxxx Retrieved xxxx https xxx diva-portal xxx smash xxx diva xxxxxxxx Geng x Dong x Xu x Song x Fujita x Life xxxxx assessment xx lithium-ion xxxxxxxxx for xxxxxxxx vehicles x review xxxxxxx of xxxxxxx Production x Jhunjhunwala x Gupta x K xxxxxxxx vehicles xxx energy xxxxxxx systems xxxxxxxxx financial xxx environmental xxxxxx and xxxxxxxxxxx Journal xx Energy xxxxxxx Jiang x Blank x Maier x August xxxxxxxxx Analysis xxx comparison xx compact xxxxxxxx and xxxxxxxx cars xxxxxxxxxxx Retrieved xxxx https xxxxxxxxxx library xxx edu xxx viewcontent xxx article xxxxxxx etm xxx Kumar x Urban xxx Rural xxxxxxxxx KK xxxxxxxxxxxx Lu x Han x Li x Du x Cost xxxxxxxx of xxxxxxxx vehicle xxxxxxxx station xx China xxxxxxx of xxxxxxx Production xxxxxxxxxx I xxxx rrez-Zamora x Hyle x Devkota x P xxxxxx N xxxxxxxxxxxxxxxxxx in xxxxxxx resources xxxxxxxxxx A xxxxxxxx doxa xxxxxx Policy xxx Economics xxxxxx E xxxxxxx J xxxxxxx Our xxx is xx Tesla xxxx a xxxxx production xxxxxxxx - xxxxxx price xxxxxx TSLA xxxxxxx Alpha xxxxxxxxx from xxxxx seekingalpha xxx article xxxxxxxxxxxxxxxxx -year-production-forecast-target-price- xxxxxxxxxx F xxxxx S xxxxxx R xxxxxxxx vehicle xxxxx sizing xx urban xxxxx Methodologies xxx empirical xxxxxxxxx Journal xx Cleaner xxxxxxxxxx Su x Liu x Lu x Peng x Electric xxxxxxx charging xxxxxxxxxxxxxx development xxx planning x review xxxxxxxxx and xxxxxxxxxxx Energy xxxxxxx Wayland x June xxx material xxxxx for xxxxxxxx vehicles xxxx doubled xxxxxx the xxxxxxxx CNBC xxxxxxxxx February xxxx https xxx cnbc xxx electric-vehicle-raw-material-costs-doubled-during-pandemic xxxx text xxxxxxx raw xxxxxxxx costs xxx power xxxxxxxx cars xxx trucksMore Articles From Management
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