What is the Value of k if the Remainder of p(x) Divided by x-1 is 12?

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In summary, the "Pesky remainder problem" is a mathematical problem that involves finding the remainder when dividing a larger number by a smaller number. It is called the "Pesky remainder problem" because it can be challenging and time-consuming to solve, especially with larger numbers. Common strategies for solving this problem include long division, simplifying numbers before dividing, and using modular arithmetic. This problem has real-life applications in various fields, such as computer programming, engineering, and finance. To make solving the "Pesky remainder problem" easier, some tips include breaking the problem down into smaller parts, using mental math tricks, and practicing regularly.
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tandoorichicken
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If p(x) = (x+2)(x+k) and if the remainder is 12 when p(x) is divided by x-1, then what is the value of k?
 
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I'm not sure if it is the right answer, but I think it is 3.

After using long division, we get the remainder 3k+3, which equals 12, meaning k=3.
 
  • #3
Yes that is rite, found by long division or by saying that when x=1, expression =12 (remainder theorem or something like that)

(1+2)(1+k)=12

k=3
 

Related to What is the Value of k if the Remainder of p(x) Divided by x-1 is 12?

1. What is the "Pesky remainder problem"?

The "Pesky remainder problem" refers to a mathematical problem where the task is to find the remainder when dividing a larger number by a smaller number.

2. Why is it called the "Pesky remainder problem"?

It is called the "Pesky remainder problem" because it can be a challenging and time-consuming problem to solve, especially when dealing with larger numbers.

3. What are some common strategies for solving the "Pesky remainder problem"?

Some common strategies for solving the "Pesky remainder problem" include using long division, simplifying the numbers before dividing, and using modular arithmetic.

4. How is the "Pesky remainder problem" useful in real-life situations?

The "Pesky remainder problem" has applications in various fields, such as computer programming, engineering, and finance. It can be used to calculate things like interest rates, stock market prices, and data validation in computer programs.

5. Are there any tips for making solving the "Pesky remainder problem" easier?

Some tips for making solving the "Pesky remainder problem" easier include breaking the problem down into smaller parts, using mental math tricks, and practicing regularly to improve problem-solving skills.

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