Dear QE User,<div id="yMail_cursorElementTracker_0.10472243974823536"><br></div><div id="yMail_cursorElementTracker_0.10472243974823536">Please I will sincerely appreciate any clue on how to obtain </div><div id="yMail_cursorElementTracker_0.10472243974823536">1. the total energy per atom of each elemental bulk in order to obtain the formation enthalpy </div><div id="yMail_cursorElementTracker_0.10472243974823536"><br></div><div id="yMail_cursorElementTracker_0.10472243974823536">2. the energy of an isolated atom for cohesive energy for binary alloy.<br><br></div><div id="yMail_cursorElementTracker_0.10472243974823536">Thank you.</div><div id="yMail_cursorElementTracker_0.10472243974823536"><br></div><div id="yMail_cursorElementTracker_0.10472243974823536">Jolayemi Omamuyovwi Rita</div><div id="yMail_cursorElementTracker_0.10472243974823536">Research Student</div><div id="yMail_cursorElementTracker_0.10472243974823536">University of Benin</div><div id="yMail_cursorElementTracker_0.10472243974823536">Nigeria</div><div id="yMail_cursorElementTracker_0.10472243974823536"><br><div id="ymail_android_signature"><a href="https://overview.mail.yahoo.com/mobile/?.src=Android">Sent from Yahoo Mail on Android</a></div></div>