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Mathematics Graphics and Visualization Wolfram Language

[?] Plot a 2D Graph with two variables?

KRISHNAPRASAD NAIR

Posted 6 years ago

sin2xcos²t where x has 3 values [?/4,?/6,?/12,] and t ranges from 0 to 3. The graph which is required is attached below. Attachments:

POSTED BY: KRISHNAPRASAD NAIR

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Frank Kampas

Frank Kampas, Physicist at Large Consulting

Posted 6 years ago

Plot[Sin[2 \[Pi] {1/4, 1/6, 1/12}] Cos[t]^2, {t, 0, 3}]

POSTED BY: Frank Kampas

Mariusz Iwaniuk

Mariusz Iwaniuk, engineer, math hobbyist.

Posted 6 years ago

$Version (* 11.3.0 for Microsoft Windows (64-bit) (March 7, 2018) ) f[x_, t_] := Sin[2 x]Cos[t]^2; Plot[f[#, t] & /@ {Pi/4, Pi/6, Pi/12} // Evaluate, {t, 0, 3}, PlotStyle -> {Black, {Black, Dashed}, {Black, AbsoluteDashing[{2, 4}]}}, PlotLegends -> LineLegend[{"\!\(\FractionBox[\(Pi\), \(4\)]\)", "\!\(\FractionBox[\(Pi\), \(6\)]\)", "\!\(\FractionBox[\(Pi\), \(12\)]\)"}, LegendLabel -> "Label", LegendFunction -> (Framed[#, RoundingRadius -> 5] &), LegendMargins -> 5], AxesLabel -> {"\!\(\FractionBox[\(Gt\), \(Pi\)]\)", "CAB"}] . Regards,MI

 $Version
 (* 11.3.0 for Microsoft Windows (64-bit) (March 7, 2018) *)

 f[x_, t_] := Sin[2 x]*Cos[t]^2;

 Plot[f[#, t] & /@ {Pi/4, Pi/6, Pi/12} // Evaluate, {t, 0, 3}, PlotStyle -> {Black, {Black, Dashed}, {Black, 
 AbsoluteDashing[{2, 4}]}}, PlotLegends -> LineLegend[{"\!\(\*FractionBox[\(Pi\), \(4\)]\)", "\!\(\*FractionBox[\(Pi\), \(6\)]\)", 
 "\!\(\*FractionBox[\(Pi\), \(12\)]\)"}, LegendLabel -> "Label", LegendFunction -> (Framed[#, RoundingRadius -> 5] &), 
 LegendMargins -> 5], AxesLabel -> {"\!\(\*FractionBox[\(Gt\), \(Pi\)]\)", "CAB"}]

. enter image description here