UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016.

Sayo O Fakayode; Vincent Snipes; Margaret I Kanipes-Spinks

UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016.

Sayo O Fakayode
, Vincent Snipes
, Margaret I Kanipes-Spinks

Chemistry

Research output: Contribution to conference › Paper

Original language	English
State	Published - 2015
Event	American Chemical Society - Duration: Jan 1 2015 → …

Conference

Conference	American Chemical Society
Period	01/1/15 → …

Cite this

Fakayode, S. O., Snipes, V., & Kanipes-Spinks, M. I. (2015). UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016.. Paper presented at American Chemical Society.

Fakayode, Sayo O ; Snipes, Vincent ; Kanipes-Spinks, Margaret I. / UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016. Paper presented at American Chemical Society.

@conference{3651d9fd3f3e4d3fb4b8720afead4baa,

title = "UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016.",

author = "Fakayode, \{Sayo O\} and Vincent Snipes and Kanipes-Spinks, \{Margaret I\}",

year = "2015",

language = "English",

note = "American Chemical Society ; Conference date: 01-01-2015",

}

Fakayode, SO, Snipes, V & Kanipes-Spinks, MI 2015, 'UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016.', Paper presented at American Chemical Society, 01/1/15.

UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016. / Fakayode, Sayo O; Snipes, Vincent; Kanipes-Spinks, Margaret I.
2015. Paper presented at American Chemical Society.

Research output: Contribution to conference › Paper

TY - CONF

T1 - UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016.

AU - Fakayode, Sayo O

AU - Snipes, Vincent

AU - Kanipes-Spinks, Margaret I

PY - 2015

Y1 - 2015

M3 - Paper

T2 - American Chemical Society

Y2 - 1 January 2015

ER -

Fakayode SO, Snipes V, Kanipes-Spinks MI. UV-visible absorption spectrophotometric determination of caffeine contents in soda, tea, and energy drinks and FAAS analysis of Fe content of selected fruits and vegetables: Professional development workshop for K12 science educatorsrs American Chemical Society, San Diego, California. March 15, 2016.. 2015. Paper presented at American Chemical Society.