Pergunta
Simplify the expression
66xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−50x4+33x5−10x6+x7−6x2−5x+2
Evaluate
(1−x)4×66xln(x)+x3−6x2+3x+2
Multiply the terms
6(1−x)4(6xln(x)+x3−6x2+3x+2)
Multiply the terms
Mais Passos

Evaluate
(1−x)4(6xln(x)+x3−6x2+3x+2)
Multiply each term in the parentheses by (1−x)4
(1−x)4×6xln(x)+(1−x)4x3−(1−x)4×6x2+(1−x)4×3x+(1−x)4×2
Calculate the product
Mais Passos

Evaluate
(1−x)4×6xln(x)
Use the commutative property to reorder the terms
6(1−x)4xln(x)
Use the commutative property to reorder the terms
6x(1−x)4×ln(x)
6x(1−x)4×ln(x)+(1−x)4x3−(1−x)4×6x2+(1−x)4×3x+(1−x)4×2
Use the commutative property to reorder the terms
6x(1−x)4×ln(x)+x3(1−x)4−(1−x)4×6x2+(1−x)4×3x+(1−x)4×2
Use the commutative property to reorder the terms
6x(1−x)4×ln(x)+x3(1−x)4−6x2(1−x)4+(1−x)4×3x+(1−x)4×2
Use the commutative property to reorder the terms
6x(1−x)4×ln(x)+x3(1−x)4−6x2(1−x)4+3x(1−x)4+(1−x)4×2
Use the commutative property to reorder the terms
6x(1−x)4×ln(x)+x3(1−x)4−6x2(1−x)4+3x(1−x)4+2(1−x)4
66x(1−x)4×ln(x)+x3(1−x)4−6x2(1−x)4+3x(1−x)4+2(1−x)4
Solução
Mais Passos

Evaluate
6x(1−x)4×ln(x)+x3(1−x)4−6x2(1−x)4+3x(1−x)4+2(1−x)4
Expand the expression
Mais Passos

Calculate
6x(1−x)4×ln(x)
Simplify
6x(1−4x+6x2−4x3+x4)×ln(x)
Simplify
(6x−24x2+36x3−24x4+6x5)×ln(x)
Apply the distributive property
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+x3(1−x)4−6x2(1−x)4+3x(1−x)4+2(1−x)4
Expand the expression
Mais Passos

Calculate
x3(1−x)4
Simplify
x3(1−4x+6x2−4x3+x4)
Apply the distributive property
x3×1−x3×4x+x3×6x2−x3×4x3+x3×x4
Any expression multiplied by 1 remains the same
x3−x3×4x+x3×6x2−x3×4x3+x3×x4
Multiply the terms
x3−4x4+x3×6x2−x3×4x3+x3×x4
Multiply the terms
x3−4x4+6x5−x3×4x3+x3×x4
Multiply the terms
x3−4x4+6x5−4x6+x3×x4
Multiply the terms
x3−4x4+6x5−4x6+x7
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+x3−4x4+6x5−4x6+x7−6x2(1−x)4+3x(1−x)4+2(1−x)4
Expand the expression
Mais Passos

Calculate
−6x2(1−x)4
Simplify
−6x2(1−4x+6x2−4x3+x4)
Apply the distributive property
−6x2×1−(−6x2×4x)−6x2×6x2−(−6x2×4x3)−6x2×x4
Any expression multiplied by 1 remains the same
−6x2−(−6x2×4x)−6x2×6x2−(−6x2×4x3)−6x2×x4
Multiply the terms
−6x2−(−24x3)−6x2×6x2−(−6x2×4x3)−6x2×x4
Multiply the terms
−6x2−(−24x3)−36x4−(−6x2×4x3)−6x2×x4
Multiply the terms
−6x2−(−24x3)−36x4−(−24x5)−6x2×x4
Multiply the terms
−6x2−(−24x3)−36x4−(−24x5)−6x6
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
−6x2+24x3−36x4+24x5−6x6
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+x3−4x4+6x5−4x6+x7−6x2+24x3−36x4+24x5−6x6+3x(1−x)4+2(1−x)4
Expand the expression
Mais Passos

Calculate
3x(1−x)4
Simplify
3x(1−4x+6x2−4x3+x4)
Apply the distributive property
3x×1−3x×4x+3x×6x2−3x×4x3+3x×x4
Any expression multiplied by 1 remains the same
3x−3x×4x+3x×6x2−3x×4x3+3x×x4
Multiply the terms
3x−12x2+3x×6x2−3x×4x3+3x×x4
Multiply the terms
3x−12x2+18x3−3x×4x3+3x×x4
Multiply the terms
3x−12x2+18x3−12x4+3x×x4
Multiply the terms
3x−12x2+18x3−12x4+3x5
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+x3−4x4+6x5−4x6+x7−6x2+24x3−36x4+24x5−6x6+3x−12x2+18x3−12x4+3x5+2(1−x)4
Expand the expression
Mais Passos

Calculate
2(1−x)4
Simplify
2(1−4x+6x2−4x3+x4)
Apply the distributive property
2×1−2×4x+2×6x2−2×4x3+2x4
Any expression multiplied by 1 remains the same
2−2×4x+2×6x2−2×4x3+2x4
Multiply the numbers
2−8x+2×6x2−2×4x3+2x4
Multiply the numbers
2−8x+12x2−2×4x3+2x4
Multiply the numbers
2−8x+12x2−8x3+2x4
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+x3−4x4+6x5−4x6+x7−6x2+24x3−36x4+24x5−6x6+3x−12x2+18x3−12x4+3x5+2−8x+12x2−8x3+2x4
Calculate the sum or difference
Mais Passos

Evaluate
x3+24x3+18x3−8x3
Collect like terms by calculating the sum or difference of their coefficients
(1+24+18−8)x3
Calculate the sum or difference
35x3
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−4x4+6x5−4x6+x7−6x2−36x4+24x5−6x6+3x−12x2−12x4+3x5+2−8x+12x2+2x4
Calculate the sum or difference
Mais Passos

Evaluate
−4x4−36x4−12x4+2x4
Collect like terms by calculating the sum or difference of their coefficients
(−4−36−12+2)x4
Calculate the sum or difference
−50x4
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−50x4+6x5−4x6+x7−6x2+24x5−6x6+3x−12x2+3x5+2−8x+12x2
Add the terms
Mais Passos

Evaluate
6x5+24x5+3x5
Collect like terms by calculating the sum or difference of their coefficients
(6+24+3)x5
Add the numbers
33x5
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−50x4+33x5−4x6+x7−6x2−6x6+3x−12x2+2−8x+12x2
Subtract the terms
Mais Passos

Evaluate
−4x6−6x6
Collect like terms by calculating the sum or difference of their coefficients
(−4−6)x6
Subtract the numbers
−10x6
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−50x4+33x5−10x6+x7−6x2+3x−12x2+2−8x+12x2
Calculate the sum or difference
Mais Passos

Evaluate
−6x2−12x2+12x2
Collect like terms by calculating the sum or difference of their coefficients
(−6−12+12)x2
Calculate the sum or difference
−6x2
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−50x4+33x5−10x6+x7−6x2+3x+2−8x
Subtract the terms
Mais Passos

Evaluate
3x−8x
Collect like terms by calculating the sum or difference of their coefficients
(3−8)x
Subtract the numbers
−5x
6xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−50x4+33x5−10x6+x7−6x2−5x+2
66xln(x)−24x2ln(x)+36x3ln(x)−24x4ln(x)+6x5ln(x)+35x3−50x4+33x5−10x6+x7−6x2−5x+2
Mostrar solução
