L o a d = m a s s i n g e s t e d m a s s s t a n d a r d {\displaystyle Load={\frac {mass_{ingested}}{mass_{standard}}}}
m a s s i n g e s t e d [ g ] = M A F [ g / s e c ] × 60 [ s e c / m i n ] R P M [ 1 / m i n ] {\displaystyle mass_{ingested}[g]={\frac {MAF[g/sec]\times 60[sec/min]}{RPM[1/min]}}}
m a s s s t a n d a r d [ g ] = d i s p l a c e m e n t [ c c ] × 0.00122521 [ g / c c ] {\displaystyle mass_{standard}[g]=displacement[cc]\times 0.00122521[g/cc]}
![{\displaystyle mass_{ingested}[g]={\frac {MAF[g/sec]\times 60[sec/min]}{RPM[1/min]}}}](https://wikimedia.org/api/rest_v1/media/math/render/svg/99fa63e35552b993875dcdedc99502981c8f2261)
![{\displaystyle mass_{standard}[g]=displacement[cc]\times 0.00122521[g/cc]}](https://wikimedia.org/api/rest_v1/media/math/render/svg/2bf2c7aa320c01c8c083027df84e83776ad45128)