# How to make wolfarmalpha solve h(v−t)=h(v+t)

• MHB
• Amer
In summary, the conversation is about using Wolfarmalpha to solve a quadratic function and find its vertex. The speaker also mentions that Wolfarmalpha can solve the function for any values of a, b, and c.
Amer
Hello,

I want wolfarmalpha solve this $h(v-t) = h(v+t)$ for $v$ where $h(x) = ax^2 +bx +c$. It is the vertex I want the students to figure out the vertex of the quadratic function. If $a,b$ and $c$ are numbers wolfarmalpha can solve that for any $t$.

Any thoughts?

Thanks

Amer said:
Hello,

I want wolfarmalpha solve this $h(v-t) = h(v+t)$ for $v$ where $h(x) = ax^2 +bx +c$. It is the vertex I want the students to figure out the vertex of the quadratic function. If $a,b$ and $c$ are numbers wolfarmalpha can solve that for any $t$.

Any thoughts?

Thanks
As I mentioned elsewhere, see here.

-Dan

topsquark said:
As I mentioned elsewhere, see here.

-Dan

Okay thanks again (Yes)

Wolfarmalpha? Is that a farm where they raise wolves?

## 1. How does Wolfarmalpha solve h(v−t)=h(v+t)?

Wolfarmalpha uses advanced algorithms and computational methods to solve equations, including h(v−t)=h(v+t). It utilizes a combination of symbolic and numerical techniques to find the solution.

## 2. Can Wolfarmalpha solve h(v−t)=h(v+t) for any values of v and t?

Yes, Wolfarmalpha can solve h(v−t)=h(v+t) for any values of v and t, as long as they are numerical values and not symbolic expressions. It can also handle complex numbers and variables in the equation.

## 3. How accurate is the solution provided by Wolfarmalpha for h(v−t)=h(v+t)?

Wolfarmalpha provides highly accurate solutions for equations, including h(v−t)=h(v+t). It uses precise numerical methods and can handle large numbers and decimals, ensuring accurate results.

## 4. Is there a limit to the complexity of h(v−t)=h(v+t) that Wolfarmalpha can solve?

Wolfarmalpha can handle complex equations, including h(v−t)=h(v+t), with multiple variables, exponents, and trigonometric functions. However, there may be some extremely complex equations that may be beyond its capabilities.

## 5. Can Wolfarmalpha show the steps it took to solve h(v−t)=h(v+t)?

Yes, Wolfarmalpha can show the steps it took to solve h(v−t)=h(v+t), along with a detailed explanation of each step. This feature is available for both the free and premium versions of the software.

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