Holding viscosity fixed shows relaxation time as viscosity divided by modulus. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Twenty-four divided by four gives six seconds

Hold viscosity at 24 Pa*s. Modulus 4 pascals gives relaxation time 6 seconds.

24/4=624/4=6
Viscoelastic time ledgerOne toy relaxation scale is viscosity divided by modulus.viscositymodulustime

Eight pascals cuts the time to three seconds

With viscosity unchanged, modulus 8 pascals gives time 3 seconds. A larger modulus shortens this toy relaxation ledger.

24/8=324/8=3
Viscoelastic time ledgerOne toy relaxation scale is viscosity divided by modulus.viscositymodulustime

Twelve pascals gives the two-second base time

At modulus 12 pascals, the checked time is 2 seconds. This closes the same viscosity-over-modulus relation used earlier.

24/12=224/12=2
Viscoelastic time ledgerOne toy relaxation scale is viscosity divided by modulus.viscositymodulustime