Energy unit conversion
from pyscript import Element
hc = 6.62607015e-34 * 299792458
hp = 6.62607015e-34
hbar = 6.62607015e-34 / (2.0 * 3.141592653589)
def convert_from_ev(event):
ev = Element('ev').element.value
if ev:
ha_t = float(ev) / 27.211386245981
ev_t = ha_t * 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
# Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_nm(event):
nm = Element('nm').element.value
if nm:
ha_t = (1.0 / 4.3597447222060e-18) * hc / float(nm) * 1e9
ev_t = ha_t * 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
# Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_icm(event):
icm = Element('icm').element.value
if icm:
ha_t = float(icm) / 219474.63136320
ev_t = ha_t * 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
# Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_mev(event):
mev = Element('mev').element.value
if mev:
ha_t = 1e-3*float(mev) / 27.211386245981
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
# Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_mum(event):
mum = Element('mum').element.value
if mum:
ha_t = (hc/float(mum))*1e6/4.3597447222060e-18
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
# Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_thz(event):
thz = Element('thz').element.value
if thz:
ha_t = float(thz)/6579.683920502
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
# Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_fs(event):
fs = Element('fs').element.value
if fs:
ha_t = ((hp*1e15)/float(fs))/4.3597447222060e-18
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
# Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_ps(event):
ps = Element('ps').element.value
if ps:
ha_t = ((hp*1e12)/float(fs))/4.3597447222060e-18
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
# Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_ns(event):
ns = Element('ns').element.value
if ns:
ha_t = ((hp*1e9)/float(fs))/4.3597447222060e-18
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
# Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_ha(event):
ha = Element('ha').element.value
if ha:
ha_t = float(ha)
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
# Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_ry(event):
ry = Element('ry').element.value
if ry:
ha_t = float(ry)/2
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
# Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_joule(event):
joule = Element('joule').element.value
if joule:
ha_t = float(joule)/4.3597447222060e-18
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
# Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_kjpm(event):
kjpm = Element('kjpm').element.value
if kjpm:
ha_t = float(kjpm)/2625.4996394799
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
# Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_kcpm(event):
kcpm = Element('kcpm').element.value
if kcpm:
ha_t = float(kcpm)/627.5094740631
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
# Element('kcpm').element.value = ha_t * 627.5094740631
Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
def convert_from_k(event):
k = Element('k').element.value
if k:
ha_t = (float(k)/1.16045e4)/27.211386245981
ev_t = ha_t* 27.211386245981
joule_t = ha_t * 4.3597447222060e-18
Element('ev').element.value = ev_t
Element('nm').element.value = hc / joule_t * 1e9
Element('icm').element.value = ha_t * 219474.63136320
Element('mev').element.value = ev_t * 1e3
Element('mum').element.value = hc / joule_t * 1e6
Element('thz').element.value = ha_t * 6579.683920502
Element('fs').element.value = hp / joule_t * 1e15
Element('ps').element.value = hp / joule_t * 1e12
Element('ns').element.value = hp / joule_t * 1e9
Element('ha').element.value = ha_t
Element('ry').element.value = ha_t * 2
Element('joule').element.value = joule_t
Element('kjpm').element.value = ha_t * 2625.4996394799
Element('kcpm').element.value = ha_t * 627.5094740631
# Element('k').element.value = ev_t * 1.16045e4
else:
Element('ev').element.value = ''
Element('nm').element.value = ''
Element('icm').element.value = ''
Element('mev').element.value = ''
Element('mum').element.value = ''
Element('thz').element.value = ''
Element('fs').element.value = ''
Element('ps').element.value = ''
Element('ns').element.value = ''
Element('ha').element.value = ''
Element('ry').element.value = ''
Element('joule').element.value = ''
Element('kjpm').element.value = ''
Element('kcpm').element.value = ''
Element('k').element.value = ''
Element('ev').element.oninput = convert_from_ev
Element('nm').element.oninput = convert_from_nm
Element('icm').element.oninput = convert_from_icm
Element('mev').element.oninput = convert_from_mev
Element('mum').element.oninput = convert_from_mum
Element('thz').element.oninput = convert_from_thz
Element('fs').element.oninput = convert_from_fs
Element('ps').element.oninput = convert_from_ps
Element('ns').element.oninput = convert_from_ns
Element('ha').element.oninput = convert_from_ha
Element('ry').element.oninput = convert_from_ry
Element('joule').element.oninput = convert_from_joule
Element('kjpm').element.oninput = convert_from_kjpm
Element('kcpm').element.oninput = convert_from_kcpm
Element('k').element.oninput = convert_from_k
Explanation of the Energy Unit Conversion Web Application
The Energy Unit Conversion web application is a tool designed to convert energy values between different units. It leverages Pyscript to perform these conversions dynamically in the browser. Here's a detailed explanation of its features and functionalities:
User Interface
The application features a clean, responsive design optimized for both desktop and mobile users. It uses Materialize CSS for styling and includes various input fields where users can enter energy values in different units. The units supported are:
Joule (J) Kilojoules per mole (kJ/mol) Kilocalories per mole (kcal/mol) Electronvolts (eV) Nanometers (nm) Inverse centimeters (cm⁻¹) Millielectronvolts (meV) Micrometers (μm) Terahertz (THz) Femtoseconds (fs) Picoseconds (ps) Nanoseconds (ns) Hartree (a.u.) Rydberg (a.u.) Kelvin (K)
Functionality
The application allows users to input a value in one unit, and it automatically calculates and displays the equivalent values in all other supported units. This real-time conversion is facilitated by the Pyscript embedded in the HTML file.
Conversion Logic
The conversion functions are defined in Python and are triggered when the user inputs or changes a value in any of the fields. The Pyscript code handles the conversion calculations, updating the values in the corresponding fields instantly. Here's how the conversions are handled:
Constants Used:
hc: Planck constant multiplied by the speed of light.hp: Planck constant.hbar: Reduced Planck constant.
Conversion Functions:
Each function corresponds to a specific unit and converts the entered value to all other units.
For example, when a value is entered in eV, the convert_from_ev function computes its equivalent in Joules, nm, cm⁻¹, meV, μm, THz, fs, ps, ns, Hartree, Rydberg, kJ/mol, kcal/mol, and Kelvin.
These conversions are based on physical constants and mathematical relationships between the units.
Triggering Conversions:
Each input field has an event listener that triggers the corresponding conversion function when the user inputs a value.
This ensures that the application responds immediately to user input, providing a seamless experience.
How to Use the Application
Open the Web Application:
Navigate to the web page containing the application.
Enter a Value:
Click on any input field corresponding to the unit of your choice and enter a numerical value.
View Converted Values:
As soon as you enter a value, the application will automatically calculate and display the equivalent values in all other units in the corresponding fields.
Practical Applications
This web application is particularly useful for:
Students and Educators: Quickly converting energy units for academic purposes.Scientists and Engineers: Facilitating unit conversions in research and professional projects.General Users: Anyone needing to convert energy units in everyday scenarios, such as comparing energy values in different measurement systems.
By leveraging the power of Pyscript, this web application provides a powerful, interactive, and user-friendly tool for energy unit conversion.