Answer:
To find the product of the given expressions raised to the power of 3, we use the binomial expansion formula. The formula for expanding (a + b)³ is:
(a + b)³ = a³ + 3a²b + 3ab² + b³
1. (a - 5)³:
Using the formula, we have:
(a - 5)³ = a³ - 3a²(5) + 3a(5)² - 5³
Simplifying, we get:
a³ - 15a² + 75a - 125
2. (x + 7)³:
(x + 7)³ = x³ + 3x²(7) + 3x(7)² + 7³
x³ + 21x² + 147x + 343
3. (m - 2p)³:
(m - 2p)³ = m³ - 3m²(2p) + 3m(2p)² - (2p)³
m³ - 6m²p + 12mp² - 8p³
4. (k + 4p)³:
(k + 4p)³ = k³ + 3k²(4p) + 3k(4p)² + (4p)³
k³ + 12k²p + 48kp² + 64p³
5. (3n + 2p)³:
(3n + 2p)³ = (3n)³ + 3(3n)²(2p) + 3(3n)(2p)² + (2p)³
27n³ + 54n²p + 36np² + 8p³
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Answer:
To find the product of the given expressions raised to the power of 3, we use the binomial expansion formula. The formula for expanding (a + b)³ is:
(a + b)³ = a³ + 3a²b + 3ab² + b³
1. (a - 5)³:
Using the formula, we have:
(a - 5)³ = a³ - 3a²(5) + 3a(5)² - 5³
Simplifying, we get:
a³ - 15a² + 75a - 125
2. (x + 7)³:
Using the formula, we have:
(x + 7)³ = x³ + 3x²(7) + 3x(7)² + 7³
Simplifying, we get:
x³ + 21x² + 147x + 343
3. (m - 2p)³:
Using the formula, we have:
(m - 2p)³ = m³ - 3m²(2p) + 3m(2p)² - (2p)³
Simplifying, we get:
m³ - 6m²p + 12mp² - 8p³
4. (k + 4p)³:
Using the formula, we have:
(k + 4p)³ = k³ + 3k²(4p) + 3k(4p)² + (4p)³
Simplifying, we get:
k³ + 12k²p + 48kp² + 64p³
5. (3n + 2p)³:
Using the formula, we have:
(3n + 2p)³ = (3n)³ + 3(3n)²(2p) + 3(3n)(2p)² + (2p)³
Simplifying, we get:
27n³ + 54n²p + 36np² + 8p³