A capacitance that high is totally unrealistic. My guess would be around 5 uF for this size of motor.
The name plate part saying 10/5 might give a hint: 10 uF for 115 V, 5 uF for 230 V.
That would be true for the
run capacitor, if it had one, but not for the starting capacitor. Old split-phase capacitor-start motors like this usually have a centrifugal switch that opens up the start winding after coming up to speed. Since the start capacitor isn't in circuit very long it is usually a bipolar electrolytic these days, though you might be able to get an oil and or film dielectric type, too.
OP: capacitor value in Farads can be roughly estimated by the equation: FLA / (6.28 * Hz * Vrms)
Where FLA = Full Load Amperage; Hz equals mains frequency (60Hz in the US; 50Hz most other places); Vrms is the mains voltage (either 115 or 230 as listed on the nameplate).
Assuming 10A FLA and 115Vrms at 60Hz that gives a starting capacitor value of 0.000231F or 231uF (sometimes referred to on this kind of capacitors as MFD). The value is not super critical, however, and the standard size of 220uF should work fine but deliver a little less starting torque (not a problem for a bandsaw).