IDNLearn.com provides a platform for sharing and gaining valuable knowledge. Get accurate answers to your questions from our community of experts who are always ready to provide timely and relevant solutions.
Sagot :
To solve this mathematical expression, we need to first analyze the components thoroughly.
1. Identify the problematic part: The "Mesoudre equation" part does not provide a clear mathematical expression, making it ambiguous.
2. Simplified problem: Let's assume we're focusing on the computable part of the expression [tex]$\operatorname{Cos}(3x + 2 - \cos \left(x + \frac{11}{3}\right))$[/tex].
However, without further clarification on "Mesoudre equation" and as it stands, we cannot perform any further step-by-step calculations due to the incomplete information. Consequently, the result remains indeterminate as one crucial part of the equation lacks definition.
Hence, the value of the given expression is
[tex]\[ \text {None} \][/tex]
This highlights the need for a complete and clear mathematical problem statement for accurate computation.
1. Identify the problematic part: The "Mesoudre equation" part does not provide a clear mathematical expression, making it ambiguous.
2. Simplified problem: Let's assume we're focusing on the computable part of the expression [tex]$\operatorname{Cos}(3x + 2 - \cos \left(x + \frac{11}{3}\right))$[/tex].
However, without further clarification on "Mesoudre equation" and as it stands, we cannot perform any further step-by-step calculations due to the incomplete information. Consequently, the result remains indeterminate as one crucial part of the equation lacks definition.
Hence, the value of the given expression is
[tex]\[ \text {None} \][/tex]
This highlights the need for a complete and clear mathematical problem statement for accurate computation.
Answer:
For any integer k, ...
- x = 5/6 + kπ
- x = -17/12 + kπ/2
Step-by-step explanation:
You want the solutions to the equation cos(3x+2) = cos(x+11/3).
Cosine
The cosine function is an even function with period 2π. This means ...
cos(x) = cos(2kπ±x)
Using this to find the solutions of the given equation, we have ...
cos(3x+2) = cos(2kπ ± (x +11/3))
Function values are the same when the arguments are the same:
3x +2 = 2kπ ± (x + 11/3)
Two equations
This resolves to two equations.
[tex]3x+2=2k\pi+x+\dfrac{11}{3}\\\\9x+6=6k\pi+3x+11\qquad\text{multiply by 3}\\\\6x=6k\pi+5\qquad\text{subtract $3x+6$}\\\\\boxed{x=\dfrac{5}{6}+k\pi}\qquad\text{divide by 6}[/tex]
And the other equation is ...
[tex]3x+2=2k\pi-x-\dfrac{11}{3}\\\\9x+6=6k\pi-3x-11\qquad\text{multiply by 3}\\\\12x=6k\pi-17\qquad\text{add $3x-6$}\\\\\boxed{x=\dfrac{k\pi}{2}-\dfrac{17}{12}}\qquad\text{divide by 12}[/tex]
Thank you for being part of this discussion. Keep exploring, asking questions, and sharing your insights with the community. Together, we can find the best solutions. For trustworthy answers, visit IDNLearn.com. Thank you for your visit, and see you next time for more reliable solutions.