JPMorgan Chase

Analyst Listings

The following analysts provide coverage for the subject firm as of May 2016:

Broker	Analyst	Analyst Email
Oppenheimer	Chris Kotowski	chris.kotowski@opco.com
Keefe Bruyette & Woods	Christopher M. Mutascio	mutascioc@kbw.com
Atlantic Equities	Christopher Wheeler	c.wheeler@atlantic-equities.com
Drexel Hamilton	David Hilder	dhilder@drexelhamilton.com
Guggenheim Securities	Eric Wasserstrom	eric.wasserstrom@guggenheimpartners.com
RBC Capital Markets	Gerard Cassidy	gerard.cassidy@rbccm.com
Evercore ISI	Glenn Schorr	glenn.schorr@evercoreisi.com
BMO Capital Markets	James Fotheringham	james.fotheringham@bmo.com
Buckingham Research	James Mitchell	jmitchell@buckresearch.com
Sandler O’Neill & Partners	Jeffery J. Harte	jharte@sandleroneill.com
Bernstein Research	John E. McDonald	john.mcdonald@bernstein.com
Jefferies	Kenneth Usdin	kusdin@jefferies.com
Wells Fargo Securities	Matthew H. Burnell	matt.burnell@wellsfargo.com
Deutsche Bank Research	Matthew O’Connor	matthew.o-connor@db.com
Societe Generale	Murali Gopal	murali.gopal@sgcib.com
FBR Capital Markets & Co	Paul J. Miller	pmiller@fbr.com
Nomura Research	Steven Chubak	Steven.Chubak@nomura.com
Credit Suisse	Susan Roth Katzke	susan.katzke@credit-suisse.com

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Primary Input Data

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Derived Input Data

Derived Input	Label	2015 Value	2016 Value	Equational Form
Net Income	NI	23,921	24,230	$NI\, =\, EBIT\,\,-\,Interest\,\, Expense\,\, -\,\, Taxes\,\, Paid$
Cash Flow From Equity	CFE	8,413	17,613	$CFE\,=\,\,NI\,\,-\,\,\Delta\,\,TE\,\,+\,\,OCI$
Total Equity	TE	247,573	254,190	$TE\,=\,Total\,\,Assets\,\,-\,\,Total\,\,Long-Term\,\,Debt$
Return on Equity	ROE	9.66%	9.53%	$ROE\,=\,\frac { NI}{TE}$
Net Investment	NetInv	15,508	6,617	$NetInv\,=\,{ {TE}_{1}}-{{TE}_{0}}$
Investment Rate	IR	64.83%	27.31%	$IR\,=\,\frac {NetInv}{NI}$
Cost of Equity	COE	-1.16%	-1.28%	$COE \,=\,R_{F}\,\,+\,\,(R_{M}\,-\,R_{F})\beta$
Enterprise value	EV_Market	221,378	283,381	$EV\,=\,Market\,\,Cap\,\,Equity\,-\,Cash$
Long-Run Growth	g = IR x ROIC	6.26%	2.60%	Long-run growth rates of the income variable are used in the Continuing Value portion of the valuation models.
Long-Run Growth	g = % $\Delta$ GDP	2.50%	2.50%

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Valuation Multiple Outcomes

The outcomes presented in this study are the result of original input data, derived data, and synthesized inputs.

Equational Form	Observed Value		Single-stage multiple g solution		Two-stage valuation model g solution
Equational Form	12/31/2015	12/31/2016	12/31/2015	12/31/2016	12/31/2015	12/31/2016
PRICE/EARNINGS $\frac {Price}{Book\,\,Value} \,= \,\frac{ROE\, -\, g}{ROE\,(COE\,-\,g)}$
PRICE/CASH EARNINGS $\frac {Price}{Cash\,\,Earnings} \,= \,\frac{ROE\, -\, g}{ROE\,(COE\,-\,g)}\,(\frac{NI}{CE})$
PRICE/BOOK VALUE $\frac {Price}{Book\,\, Value} \,= \,\frac{ROE\, -\, g}{ROIC\,(COE\,-\,g)}\,\,x\,\,ROE\,\,=\,\,\frac{ROE\,\,-\,\,g}{COE\,\,-\,\,g}$

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