How do you get transistor voltage when you only have currents?
No.  All transistors have Vbe= 0.60 V at Ic=1mA in linear mode if collector current is regulated, but rise with Ib*Rbe .
Otherwise if Ie has 0.2mA base current added, (20%) it is in saturation where Vce(sat) is usually defined as Ic/Ib=10 but may generally thought as approx 10% of hFE max linear mode for decent saturation.
You show Ic/Ib=5.  Vce then becomes a function if transistor size and Vce(sat)/Ic= Rce=0.2/1m= 200 Ohms which is a very high.
If you had Vce=0.2 V as suggested in another answer, it would be a very tiny chip for this much saturation voltage at 1mA.
PN2222A’s are around 4 Ohms for Rce at rated current.
Some parts are designed with hFE= 500 to 2000 and thus require less base current to be saturated and are rated at Ic/Ib=50
Remember that the difference of Vce is the difference in diode voltages of a heavily dobed small junction for Vbe and the other being Vcb both being nearly the same when the current small enough at 1mA so the diode resistance drop is tiny.  Thus Rce a rarely specified value is valuable to know.
But chip temp affects Vbe as you know diodes make good thermometers with a neg. tempco (NTC), so my inital statement is ~true for all transistors at Tj=25'C