Don't forget to Mark as brain list
Step-by-step explanation:
To find the value of b² + c², we can use the given equation and try to manipulate it to obtain the desired expression.
Given: b³ + c³ = 3bc - 1
Let's try to express b² + c² in terms of b³ + c³.
Starting with the given equation, we can rewrite it as:
(b³ + c³) + 1 = 3bc
Now, let's try to factor the left-hand side:
(b + c)(b² - bc + c²) + 1 = 3bc
Now, we have an expression involving b + c and b² - bc + c². We want to find b² + c², so let's focus on that part.
We can rearrange the equation to isolate b² + c²:
(b² - bc + c²) = (3bc - 1) / (b + c)
Now, we can substitute the expression for b² - bc + c² back into the equation:
b² + c² = (3bc - 1) / (b + c)
Therefore, b² + c² is equal to (3bc - 1) divided by (b + c).
Please note that this is the simplified expression for b² + c² in terms of the given equation.
Copyright © 2024 EHUB.TIPS team's - All rights reserved.
Answers & Comments
Don't forget to Mark as brain list
Step-by-step explanation:
To find the value of b² + c², we can use the given equation and try to manipulate it to obtain the desired expression.
Given: b³ + c³ = 3bc - 1
Let's try to express b² + c² in terms of b³ + c³.
Starting with the given equation, we can rewrite it as:
(b³ + c³) + 1 = 3bc
Now, let's try to factor the left-hand side:
(b + c)(b² - bc + c²) + 1 = 3bc
Now, we have an expression involving b + c and b² - bc + c². We want to find b² + c², so let's focus on that part.
We can rearrange the equation to isolate b² + c²:
(b + c)(b² - bc + c²) + 1 = 3bc
(b² - bc + c²) = (3bc - 1) / (b + c)
Now, we can substitute the expression for b² - bc + c² back into the equation:
b² + c² = (3bc - 1) / (b + c)
Therefore, b² + c² is equal to (3bc - 1) divided by (b + c).
Please note that this is the simplified expression for b² + c² in terms of the given equation.