3a3a2ff3-779f-4c1e-a159-43c0c3302a7f 2 15 12 decimal

&[DATE] &[TIME] - &[FILENAME]

f d 2^ω 2^* z * α tan * R.min 3^R.max 3^- (* ρ.M ρ.g - (* β * 8.6 μ * / :

copy/paste symbolic result in sol(target):=

evaluate symbolic target f - d solve maple

ω z α R.min R.max ρ.M ρ.g β μ 91 mat 62510045421251024900 0.6 0.001 91 mat :

From maple(solve(target-f,d)) you have solved for 'd' for any wild value of 
'target'. All parameters exit, you can plot '± d' as scalar 'target = x'
By same token: rename maple tanα ... tan(α) target sol 215 sqrt z α tan * β * R.min 3^ρ.M ρ.g - (* R.max 3^ρ.M - ρ.g + (* + (* target * μ * sqrt * 5 z * α tan * β * R.min 3^ρ.M ρ.g - (* R.max 3^ρ.M * - R.max 3^ρ.g * + (* ω * / 215 sqrt z α tan * β * R.min 3^ρ.M ρ.g - (* R.max 3^ρ.M - ρ.g + (* + (* target * μ * sqrt * 5 z * α tan * β * R.min 3^ρ.M ρ.g - (* R.max 3^ρ.M * - R.max 3^ρ.g * + (* ω * / - 21 mat :

x sol 1 el x sol 2 el 2 1 sys

± d from user 'target' -10 d 10 - sol : 0.000000003118083 - 0.000000003118083 21 mat

f 0.5 f * : 10.000 -

plot arguments x sol 1 el x sol 2 el 21 sys