Question
Simplify the expression
x5+(−8−40i)x4+7x3sqrt−49x3s2q2r2t2+(103+328i)x3+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(−348−792i)x2+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(252+504i)x+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Evaluate
(x−3)(x−42i)(x−(4−2i))(x−(1×sqrt×7))(x−(1−sqrt×7))
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
(x−3)(x−42i)(x−4+2i)(x−(1×sqrt×7))(x−(1−sqrt×7))
Multiply the terms
More Steps

Multiply the terms
1×sqrt×7
Rewrite the expression
sqrt×7
Use the commutative property to reorder the terms
7sqrt
(x−3)(x−42i)(x−4+2i)(x−7sqrt)(x−(1−sqrt×7))
Use the commutative property to reorder the terms
(x−3)(x−42i)(x−4+2i)(x−7sqrt)(x−(1−7sqrt))
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
(x−3)(x−42i)(x−4+2i)(x−7sqrt)(x−1+7sqrt)
Multiply the terms
More Steps

Evaluate
(x−3)(x−42i)
Apply the distributive property
x×x−x×42i−3x−(−3×42i)
Multiply the terms
x2−x×42i−3x−(−3×42i)
Use the commutative property to reorder the terms
x2−42ix−3x−(−3×42i)
Multiply the numbers
x2−42ix−3x−(−126i)
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
x2−42ix−3x+126i
Collect like terms by calculating the sum or difference of their coefficients
x2+(−42i−3)x+126i
(x2+(−42i−3)x+126i)(x−4+2i)(x−7sqrt)(x−1+7sqrt)
Multiply the terms
More Steps

Evaluate
(x2+(−42i−3)x+126i)(x−4+2i)
Apply the distributive property
x2×x−x2(4−2i)+(−42i−3)x×x−(−42i−3)x(4−2i)+126ix−126i(4−2i)
Multiply the terms
More Steps

Evaluate
x2×x
Use the product rule an×am=an+m to simplify the expression
x2+1
Add the numbers
x3
x3−x2(4−2i)+(−42i−3)x×x−(−42i−3)x(4−2i)+126ix−126i(4−2i)
Use the commutative property to reorder the terms
x3+(−4+2i)x2+(−42i−3)x×x−(−42i−3)x(4−2i)+126ix−126i(4−2i)
Multiply the terms
x3+(−4+2i)x2+(−42i−3)x2−(−42i−3)x(4−2i)+126ix−126i(4−2i)
Multiply the numbers
More Steps

Evaluate
(−42i−3)(4−2i)
Apply the distributive property
−42i×4−42i(−2i)−3×4−3(−2i)
Multiply the numbers
−168i−42i(−2i)−3×4−3(−2i)
Multiply the numbers
−168i−84−3×4−3(−2i)
Multiply the numbers
−168i−84−12−3(−2i)
Multiply the numbers
−168i−84−12+6i
Calculate
−168i−96+6i
Add the numbers
(−168+6)i−96
Calculate
−162i−96
Reorder the terms
−96−162i
x3+(−4+2i)x2+(−42i−3)x2−(−96−162i)x+126ix−126i(4−2i)
Multiply the numbers
More Steps

Evaluate
126i(4−2i)
Apply the distributive property
126i×4+126i(−2i)
Multiply the numbers
504i+126i(−2i)
Multiply the numbers
504i+252
Reorder the terms
252+504i
x3+(−4+2i)x2+(−42i−3)x2−(−96−162i)x+126ix−252−504i
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
x3+(−4+2i)x2+(−42i−3)x2+(96+162i)x+126ix−252−504i
Subtract the terms
More Steps

Evaluate
(−4+2i)x2+(−42i−3)x2
Collect like terms by calculating the sum or difference of their coefficients
(−4+2i−42i−3)x2
Subtract the numbers
(−7−40i)x2
x3+(−7−40i)x2+(96+162i)x+126ix−252−504i
Add the terms
More Steps

Evaluate
(96+162i)x+126ix
Collect like terms by calculating the sum or difference of their coefficients
(96+162i+126i)x
Add the numbers
(96+288i)x
x3+(−7−40i)x2+(96+288i)x−252−504i
(x3+(−7−40i)x2+(96+288i)x−252−504i)(x−7sqrt)(x−1+7sqrt)
Multiply the terms
More Steps

Evaluate
(x3+(−7−40i)x2+(96+288i)x−252−504i)(x−7sqrt)
Apply the distributive property
x3×x−x3×7sqrt+(−7−40i)x2×x−(−7−40i)x2×7sqrt+(96+288i)x×x−(96+288i)x×7sqrt+(−252−504i)x−(−252−504i)×7sqrt
Multiply the terms
More Steps

Evaluate
x3×x
Use the product rule an×am=an+m to simplify the expression
x3+1
Add the numbers
x4
x4−x3×7sqrt+(−7−40i)x2×x−(−7−40i)x2×7sqrt+(96+288i)x×x−(96+288i)x×7sqrt+(−252−504i)x−(−252−504i)×7sqrt
Use the commutative property to reorder the terms
x4−7x3sqrt+(−7−40i)x2×x−(−7−40i)x2×7sqrt+(96+288i)x×x−(96+288i)x×7sqrt+(−252−504i)x−(−252−504i)×7sqrt
Multiply the terms
More Steps

Evaluate
x2×x
Use the product rule an×am=an+m to simplify the expression
x2+1
Add the numbers
x3
x4−7x3sqrt+(−7−40i)x3−(−7−40i)x2×7sqrt+(96+288i)x×x−(96+288i)x×7sqrt+(−252−504i)x−(−252−504i)×7sqrt
Multiply the numbers
More Steps

Evaluate
(−7−40i)×7
Apply the distributive property
−7×7−40i×7
Multiply the numbers
−49−40i×7
Multiply the numbers
−49−280i
x4−7x3sqrt+(−7−40i)x3−(−49−280i)x2sqrt+(96+288i)x×x−(96+288i)x×7sqrt+(−252−504i)x−(−252−504i)×7sqrt
Multiply the terms
x4−7x3sqrt+(−7−40i)x3−(−49−280i)x2sqrt+(96+288i)x2−(96+288i)x×7sqrt+(−252−504i)x−(−252−504i)×7sqrt
Multiply the numbers
More Steps

Evaluate
(96+288i)×7
Apply the distributive property
96×7+288i×7
Multiply the numbers
672+288i×7
Multiply the numbers
672+2016i
x4−7x3sqrt+(−7−40i)x3−(−49−280i)x2sqrt+(96+288i)x2+(−672−2016i)xsqrt+(−252−504i)x−(−252−504i)×7sqrt
Multiply the numbers
More Steps

Evaluate
(−252−504i)×7
Apply the distributive property
−252×7−504i×7
Multiply the numbers
−1764−504i×7
Multiply the numbers
−1764−3528i
x4−7x3sqrt+(−7−40i)x3−(−49−280i)x2sqrt+(96+288i)x2+(−672−2016i)xsqrt+(−252−504i)x−(−1764−3528i)sqrt
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
x4−7x3sqrt+(−7−40i)x3+(49+280i)x2sqrt+(96+288i)x2+(−672−2016i)xsqrt+(−252−504i)x+(1764+3528i)sqrt
(x4−7x3sqrt+(−7−40i)x3+(49+280i)x2sqrt+(96+288i)x2+(−672−2016i)xsqrt+(−252−504i)x+(1764+3528i)sqrt)(x−1+7sqrt)
Apply the distributive property
x4×x−x4×1+x4×7sqrt−7x3sqrtx−(−7x3sqrt×1)−7x3sqrt×7sqrt+(−7−40i)x3×x−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
x4×x
Use the product rule an×am=an+m to simplify the expression
x4+1
Add the numbers
x5
x5−x4×1+x4×7sqrt−7x3sqrtx−(−7x3sqrt×1)−7x3sqrt×7sqrt+(−7−40i)x3×x−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+x4×7sqrt−7x3sqrtx−(−7x3sqrt×1)−7x3sqrt×7sqrt+(−7−40i)x3×x−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Use the commutative property to reorder the terms
x5−x4+7x4sqrt−7x3sqrtx−(−7x3sqrt×1)−7x3sqrt×7sqrt+(−7−40i)x3×x−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
x3×x
Use the product rule an×am=an+m to simplify the expression
x3+1
Add the numbers
x4
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt×1)−7x3sqrt×7sqrt+(−7−40i)x3×x−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−7x3sqrt×7sqrt+(−7−40i)x3×x−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
−7x3sqrt×7sqrt
Multiply the numbers
−49x3sqrtsqrt
Multiply the terms
−49x3s2qrtqrt
Multiply the terms
−49x3s2q2rtrt
Multiply the terms
−49x3s2q2r2t×t
Multiply the terms
−49x3s2q2r2t2
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x3×x−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
x3×x
Use the product rule an×am=an+m to simplify the expression
x3+1
Add the numbers
x4
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3×1+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−7−40i)x3×7sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the numbers
More Steps

Evaluate
(−7−40i)×7
Apply the distributive property
−7×7−40i×7
Multiply the numbers
−49−40i×7
Multiply the numbers
−49−280i
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x2sqrtx−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
x2×x
Use the product rule an×am=an+m to simplify the expression
x2+1
Add the numbers
x3
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt−(49+280i)x2sqrt×1+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(49+280i)x2sqrt×7sqrt+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
(49+280i)x2sqrt×7sqrt
Multiply the numbers
More Steps

Evaluate
(49+280i)×7
Apply the distributive property
49×7+280i×7
Multiply the numbers
343+280i×7
Multiply the numbers
343+1960i
(343+1960i)x2sqrtsqrt
Multiply the terms
(343+1960i)x2s2qrtqrt
Multiply the terms
(343+1960i)x2s2q2rtrt
Multiply the terms
(343+1960i)x2s2q2r2t×t
Multiply the terms
(343+1960i)x2s2q2r2t2
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x2×x−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
x2×x
Use the product rule an×am=an+m to simplify the expression
x2+1
Add the numbers
x3
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3−(96+288i)x2×1+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(96+288i)x2×7sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the numbers
More Steps

Evaluate
(96+288i)×7
Apply the distributive property
96×7+288i×7
Multiply the numbers
672+288i×7
Multiply the numbers
672+2016i
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)xsqrtx−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt×1+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt+(−672−2016i)xsqrt×7sqrt+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
(−672−2016i)xsqrt×7sqrt
Multiply the numbers
More Steps

Evaluate
(−672−2016i)×7
Apply the distributive property
−672×7−2016i×7
Multiply the numbers
−4704−2016i×7
Multiply the numbers
−4704−14112i
(−4704−14112i)xsqrtsqrt
Multiply the terms
(−4704−14112i)xs2qrtqrt
Multiply the terms
(−4704−14112i)xs2q2rtrt
Multiply the terms
(−4704−14112i)xs2q2r2t×t
Multiply the terms
(−4704−14112i)xs2q2r2t2
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x×x−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the terms
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2−(−252−504i)x×1+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2−(−252−504i)x+(−252−504i)x×7sqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Multiply the numbers
More Steps

Evaluate
(−252−504i)×7
Apply the distributive property
−252×7−504i×7
Multiply the numbers
−1764−504i×7
Multiply the numbers
−1764−3528i
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2−(−252−504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx−(1764+3528i)sqrt×1+(1764+3528i)sqrt×7sqrt
Any expression multiplied by 1 remains the same
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2−(−252−504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(1764+3528i)sqrt×7sqrt
Multiply the terms
More Steps

Evaluate
(1764+3528i)sqrt×7sqrt
Multiply the numbers
More Steps

Evaluate
(1764+3528i)×7
Apply the distributive property
1764×7+3528i×7
Multiply the numbers
12348+3528i×7
Multiply the numbers
12348+24696i
(12348+24696i)sqrtsqrt
Multiply the terms
(12348+24696i)s2qrtqrt
Multiply the terms
(12348+24696i)s2q2rtrt
Multiply the terms
(12348+24696i)s2q2r2t×t
Multiply the terms
(12348+24696i)s2q2r2t2
x5−x4+7x4sqrt−7x4sqrt−(−7x3sqrt)−49x3s2q2r2t2+(−7−40i)x4−(−7−40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt−(−672−2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2−(−252−504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
If a negative sign or a subtraction symbol appears outside parentheses, remove the parentheses and change the sign of every term within the parentheses
x5−x4+7x4sqrt−7x4sqrt+7x3sqrt−49x3s2q2r2t2+(−7−40i)x4+(7+40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Subtract the terms
More Steps

Evaluate
−x4+(−7−40i)x4
Collect like terms by calculating the sum or difference of their coefficients
(−1−7−40i)x4
Calculate
(−8−40i)x4
x5+(−8−40i)x4+7x4sqrt−7x4sqrt+7x3sqrt−49x3s2q2r2t2+(7+40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
The sum of two opposites equals 0
More Steps

Evaluate
7x4sqrt−7x4sqrt
Collect like terms
(7−7)x4sqrt
Add the coefficients
0×x4sqrt
Calculate
0
x5+(−8−40i)x4+0+7x3sqrt−49x3s2q2r2t2+(7+40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Remove 0
x5+(−8−40i)x4+7x3sqrt−49x3s2q2r2t2+(7+40i)x3+(−49−280i)x3sqrt+(49+280i)x3sqrt+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Calculate the sum or difference
More Steps

Evaluate
7x3sqrt+(−49−280i)x3sqrt+(49+280i)x3sqrt
Collect like terms by calculating the sum or difference of their coefficients
(7−49−280i+49+280i)x3sqrt
Calculate the sum or difference
More Steps

Evaluate
7−49−280i+49+280i
Calculate
−42−280i+49+280i
Add the numbers
7
7x3sqrt
x5+(−8−40i)x4+7x3sqrt−49x3s2q2r2t2+(7+40i)x3+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(96+288i)x3+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Add the terms
More Steps

Evaluate
(7+40i)x3+(96+288i)x3
Collect like terms by calculating the sum or difference of their coefficients
(7+40i+96+288i)x3
Add the numbers
More Steps

Evaluate
7+40i+96+288i
Add the numbers
103+(40+288)i
Calculate
103+328i
(103+328i)x3
x5+(−8−40i)x4+7x3sqrt−49x3s2q2r2t2+(103+328i)x3+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(−96−288i)x2+(672+2016i)x2sqrt+(−672−2016i)x2sqrt+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Calculate the sum or difference
More Steps

Evaluate
(−49−280i)x2sqrt+(672+2016i)x2sqrt+(−672−2016i)x2sqrt
Collect like terms by calculating the sum or difference of their coefficients
(−49−280i+672+2016i−672−2016i)x2sqrt
Calculate the sum or difference
More Steps

Evaluate
−49−280i+672+2016i−672−2016i
Add the numbers
623+1736i−672−2016i
Add the numbers
−49+(1736−2016)i
Calculate
−49−280i
(−49−280i)x2sqrt
x5+(−8−40i)x4+7x3sqrt−49x3s2q2r2t2+(103+328i)x3+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(−96−288i)x2+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(−252−504i)x2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Subtract the terms
More Steps

Evaluate
(−96−288i)x2+(−252−504i)x2
Collect like terms by calculating the sum or difference of their coefficients
(−96−288i−252−504i)x2
Subtract the numbers
More Steps

Evaluate
−96−288i−252−504i
Add the numbers
−348+(−288−504)i
Calculate
−348−792i
(−348−792i)x2
x5+(−8−40i)x4+7x3sqrt−49x3s2q2r2t2+(103+328i)x3+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(−348−792i)x2+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(252+504i)x+(−1764−3528i)xsqrt+(1764+3528i)sqrtx+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Solution
More Steps

Evaluate
(672+2016i)xsqrt+(−1764−3528i)xsqrt+(1764+3528i)sqrtx
Rewrite the expression
(672+2016i)xsqrt+(−1764−3528i)xsqrt+(1764+3528i)xsqrt
Collect like terms by calculating the sum or difference of their coefficients
(672+2016i−1764−3528i+1764+3528i)xsqrt
Calculate the sum or difference
More Steps

Evaluate
672+2016i−1764−3528i+1764+3528i
Subtract the numbers
−1092−1512i+1764+3528i
Add the numbers
672+(−1512+3528)i
Calculate
672+2016i
(672+2016i)xsqrt
x5+(−8−40i)x4+7x3sqrt−49x3s2q2r2t2+(103+328i)x3+(−49−280i)x2sqrt+(343+1960i)x2s2q2r2t2+(−348−792i)x2+(672+2016i)xsqrt+(−4704−14112i)xs2q2r2t2+(252+504i)x+(−1764−3528i)sqrt+(12348+24696i)s2q2r2t2
Show Solution
