Of course the counter doesn't count !
You grounded the RC network of the oscillator !
Remove this ground connection.
Also change the value of R2 to 100k.
Sorry to bug you dear, but i tried it once more and it didn't work, again the counter won't count. Doesn't need a clock to count. I have put an oscilloscope and all i see is zero no signal.
Also i put an oscilloscope on the counter pins and all were zero !!!
When I run the circuit only one LED from one array light, it doesn't go on sequence.
I have found in the datasheet for the 74HC4060
''The oscillator may be replaced by an external clock signal at input RS. In this case keep the
other oscillator pins (RTC and CTC) floating.'' I did that but still the counter won't work don't know why. I used the 555 timer to generate the clock.
There can be only one reason why the 4060 won't count and that is a
reset condition ! The databook says and I quote:
"A RESET input is provided which resets the counter to the all-0's
state and disables the oscillator. A high level on the RESET line
accomplishes the reset function."
I know that and so do you, but does your simulator knows that too ?
Put a logical "1" level on the reset input and see what happens !?
There is no need to use a resistor for each LED. Tie all the anodes together and use one resistor from anodes to Vcc. My National Semiconductor data book recommends that R1(resistor connected to pin11)10X greater than R2(resistor connected to pin10) with the 4060 RC oscillator