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• Identical expressions

• sin(x)/Abs(sin(x)) + sign(sin(x)) - two *cos(x)^ two *DiracDelta(sin(x))/sin(x) = zero
• sinus of (x) divide by Abs( sinus of (x)) plus sign( sinus of (x)) minus 2 multiply by co sinus of e of (x) squared multiply by DiracDelta( sinus of (x)) divide by sinus of (x) equally 0
• sinus of (x) divide by Abs( sinus of (x)) plus sign( sinus of (x)) minus two multiply by co sinus of e of (x) to the power of two multiply by DiracDelta( sinus of (x)) divide by sinus of (x) equally zero
• sin(x)/Abs(sin(x)) + sign(sin(x)) - 2*cos(x)2*DiracDelta(sin(x))/sin(x) = 0
• sinx/Abssinx + signsinx - 2*cosx2*DiracDeltasinx/sinx = 0
• sin(x)/Abs(sin(x)) + sign(sin(x)) - 2*cos(x)²*DiracDelta(sin(x))/sin(x) = 0
• sin(x)/Abs(sin(x)) + sign(sin(x)) - 2*cos(x) to the power of 2*DiracDelta(sin(x))/sin(x) = 0
• sin(x)/Abs(sin(x)) + sign(sin(x)) - 2cos(x)^2DiracDelta(sin(x))/sin(x) = 0
• sin(x)/Abs(sin(x)) + sign(sin(x)) - 2cos(x)2DiracDelta(sin(x))/sin(x) = 0
• sinx/Abssinx + signsinx - 2cosx2DiracDeltasinx/sinx = 0
• sinx/Abssinx + signsinx - 2cosx^2DiracDeltasinx/sinx = 0
• sin(x) divide by Abs(sin(x)) + sign(sin(x)) - 2*cos(x)^2*DiracDelta(sin(x)) divide by sin(x) = 0

• Similar expressions

• sin(x)/Abs(sin(x)) + sign(sin(x)) + 2*cos(x)^2*DiracDelta(sin(x))/sin(x) = 0
• sin(x)/Abs(sin(x)) - sign(sin(x)) - 2*cos(x)^2*DiracDelta(sin(x))/sin(x) = 0
• sinx/Abs(sinx) + sign(sinx) - 2*cosx^2*DiracDelta(sinx)/sinx = 0