Question
Solve the equation(The real numbers system)
x≈2.061543
Evaluate
3(2x−5)×4=7−2x3
Evaluate
12(2x−5)=7−2x3
Move the expression to the left side
12(2x−5)−(7−2x3)=0
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
12(2x−5)−7+2x3=0
Calculate the sum or difference
More Steps

Evaluate
12(2x−5)−7+2x3
Expand the expression
More Steps

Calculate
12(2x−5)
Apply the distributive property
12×2x−12×5
Multiply the numbers
24x−12×5
Multiply the numbers
24x−60
24x−60−7+2x3
Subtract the numbers
24x−67+2x3
24x−67+2x3=0
Solution
x≈2.061543
Show Solution

Solve the equation(The complex numbers system)
x1≈−1.030772−3.897111i,x2≈−1.030772+3.897111i,x3≈2.061543
Evaluate
3(2x−5)×4=7−2x3
Multiply the terms
12(2x−5)=7−2x3
Move the expression to the left side
12(2x−5)−(7−2x3)=0
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
12(2x−5)−7+2x3=0
Calculate the sum or difference
More Steps

Evaluate
12(2x−5)−7+2x3
Expand the expression
More Steps

Calculate
12(2x−5)
Apply the distributive property
12×2x−12×5
Multiply the numbers
24x−12×5
Multiply the numbers
24x−60
24x−60−7+2x3
Subtract the numbers
24x−67+2x3
24x−67+2x3=0
Calculate
x≈2.061543x≈−1.030772+3.897111ix≈−1.030772−3.897111i
Solution
x1≈−1.030772−3.897111i,x2≈−1.030772+3.897111i,x3≈2.061543
Show Solution
