Post Reply 
Orbit (follow up)
12-31-2014, 11:23 PM (This post was last modified: 01-01-2015 12:17 AM by Paul Dale.)
Post: #3
RE: Orbit (follow up)
Edit: Ignore this, I don't know my operator precedence as Walter points out below.


(12-31-2014 04:44 PM)Dwight Sturrock Wrote:  We are reduced to clutter:

(e^(1^x)/x)-pi

Which is ugly, inelegant and complicated.

Really?

\[\large e^{\frac{1^x}{x}}-\pi\]

Smile


- Pauli
Find all posts by this user
Quote this message in a reply
Post Reply 


Messages In This Thread
Orbit (follow up) - SlideRule - 12-31-2014, 02:40 PM
RE: Orbit (follow up) - Dwight Sturrock - 12-31-2014, 04:44 PM
RE: Orbit (follow up) - Paul Dale - 12-31-2014 11:23 PM
RE: Orbit (follow up) - walter b - 12-31-2014, 11:57 PM
RE: Orbit (follow up) - RMollov - 01-01-2015, 07:24 AM
RE: Orbit (follow up) - Dwight Sturrock - 01-01-2015, 12:42 AM
RE: Orbit (follow up) - RMollov - 01-01-2015, 07:35 AM
RE: Orbit (follow up) - Thomas Klemm - 01-01-2015, 02:25 PM



User(s) browsing this thread: 1 Guest(s)