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• Identical expressions

• (-(one + log(x)/(log(x)^ two - one))/sqrt(one - log(x)^ two) + six *asin(log(x)) - four /sqrt(one - log(x)^ two))/x^ four = zero
• ( minus (1 plus logarithm of (x) divide by ( logarithm of (x) squared minus 1)) divide by square root of (1 minus logarithm of (x) squared ) plus 6 multiply by arc sinus of e of ( logarithm of (x)) minus 4 divide by square root of (1 minus logarithm of (x) squared )) divide by x to the power of 4 equally 0
• ( minus (one plus logarithm of (x) divide by ( logarithm of (x) to the power of two minus one)) divide by square root of (one minus logarithm of (x) to the power of two) plus six multiply by arc sinus of e of ( logarithm of (x)) minus four divide by square root of (one minus logarithm of (x) to the power of two)) divide by x to the power of four equally zero
• (-(1 + log(x)/(log(x)^2 - 1))/√(1 - log(x)^2) + 6*asin(log(x)) - 4/√(1 - log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)2 - 1))/sqrt(1 - log(x)2) + 6*asin(log(x)) - 4/sqrt(1 - log(x)2))/x4 = 0
• -1 + logx/logx2 - 1/sqrt1 - logx2 + 6*asinlogx - 4/sqrt1 - logx2/x4 = 0
• (-(1 + log(x)/(log(x)² - 1))/sqrt(1 - log(x)²) + 6*asin(log(x)) - 4/sqrt(1 - log(x)²))/x⁴ = 0
• (-(1 + log(x)/(log(x) to the power of 2 - 1))/sqrt(1 - log(x) to the power of 2) + 6*asin(log(x)) - 4/sqrt(1 - log(x) to the power of 2))/x to the power of 4 = 0
• (-(1 + log(x)/(log(x)^2 - 1))/sqrt(1 - log(x)^2) + 6asin(log(x)) - 4/sqrt(1 - log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)2 - 1))/sqrt(1 - log(x)2) + 6asin(log(x)) - 4/sqrt(1 - log(x)2))/x4 = 0
• -1 + logx/logx2 - 1/sqrt1 - logx2 + 6asinlogx - 4/sqrt1 - logx2/x4 = 0
• -1 + logx/logx^2 - 1/sqrt1 - logx^2 + 6asinlogx - 4/sqrt1 - logx^2/x^4 = 0
• (-(1 + log(x) divide by (log(x)^2 - 1)) divide by sqrt(1 - log(x)^2) + 6*asin(log(x)) - 4 divide by sqrt(1 - log(x)^2)) divide by x^4 = 0

• Similar expressions

• ((1 + log(x)/(log(x)^2 - 1))/sqrt(1 - log(x)^2) + 6*asin(log(x)) - 4/sqrt(1 - log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)^2 - 1))/sqrt(1 - log(x)^2) - 6*asin(log(x)) - 4/sqrt(1 - log(x)^2))/x^4 = 0
• (-(1 - log(x)/(log(x)^2 - 1))/sqrt(1 - log(x)^2) + 6*asin(log(x)) - 4/sqrt(1 - log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)^2 - 1))/sqrt(1 - log(x)^2) + 6*asin(log(x)) - 4/sqrt(1 + log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)^2 - 1))/sqrt(1 + log(x)^2) + 6*asin(log(x)) - 4/sqrt(1 - log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)^2 + 1))/sqrt(1 - log(x)^2) + 6*asin(log(x)) - 4/sqrt(1 - log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)^2 - 1))/sqrt(1 - log(x)^2) + 6*asin(log(x)) + 4/sqrt(1 - log(x)^2))/x^4 = 0
• (-(1 + log(x)/(log(x)^2 - 1))/sqrt(1 - log(x)^2) + 6*arcsin(log(x)) - 4/sqrt(1 - log(x)^2))/x^4 = 0