Want another way? I've not tried this but there's a fair chance it will work.
You need 2 - 4017chips, 2 resistors and 2 capacitors.
Wire CLK pins of both ICs together and clock them together.
Wire RESET pins of both chips together. Connect a 100nF from them to Vdd, and a 100K resistor from them to Vss. This ensures reset at switchon.
IC1 - Wire Q9 to CE
Wire 1n cap between IC1 Q8 and CE of IC2, and 22K resistor between CE and Q0 of IC1.
At switchon both ICs reset so Q0 is high. CE of IC1 is low because Q9 is low so count is enabled. CE of IC2 is high (through 100K) so IC2 is disabled.
Clock starts. IC1 counts from 0 thru to Q9. Q9 going high disables further count of that chip. But Q8 going low briefly enables CE of IC2. As CLK is still high at that moment, IC1 will count to Q1. Q0 going low enables IC2 for further counts up to Q9.
So you can count to 17 like this:
IC1 outputs Q1,2,3,4,5,6,7,8 then,
IC2 outputs Q1,2,3,4,5,6,7,8,9
Sorry no diagram - I've not mastered the upload yet!