To solve exponential equations with tower exponents (nested exponents), express all terms with the same base, apply the power of a power rule (a^(b^c) = a^(b×c)), and solve for the variable by isolating it through algebraic manipulation. For example, in 2^(8^(√3^x)) = 4, express 4 as 2^2, equate the exponents to get 8^(√3^x) = 2, rewrite 8 as 2^3 to get 2^(3√3^x) = 2^1, then solve 3√3^x = 1 to find x = 1/(3√3) or √3/9.
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Math Olympiad Training: Solving Tower ExponentsAdded:
Do you believe that most people cannot solve this exponential equation?
By the end of this video, you will know the solution to this equation.
All right. We have 2 to the power of 8 to the power of root of 3 all to the power of x is equal to 4.
Now, first to solve this, look at 4 and 2.
4 can be expressed in the base of 2.
Right? So, we shall have 2 to the power of 8 to the power of root of 3 all to the power of x is equal to 2 to the power of 2.
Now, apply this law. a to the power of b is equal to a to the power of c, which implies that b is equal to c.
So, this equation become 8 to the power of the root of 3 all to the power of x is equal to 2.
Okay?
Now, this has a natural power of 1.
Now, some people will make a mistake.
Watch this out.
Don't ever try to make this error while solving this. Because some people will notice that will will will like will think that this x is another power of this root of 3, not knowing that this is multiplying each other.
Okay? Just look at this.
So, we can choose to interchange this power because from the protocol of indices, but anyways, I'm not going to do that because of this 8.
Now, we are we are going to express this 8 to be in this form, which become 2 to the power of 3 is 8 multiplied by the root of 3.
Okay? Now, this will multiply this. We shall have um That's what we shall have.
Okay?
This is equal to 2 to the power of 1.
From this law also, this become 3 root of 3 x is equal to 1.
Now, this is what to do.
Do you believe that I can divide both sides by 3 root of 3?
So, if I divide this side by 3 root of 3 also divide this side by 3 root of 3. This will neutralize this.
We shall have x to be equal to 1 over 3 root of 3.
And that happens to be the final answer.
You can choose to multiply both sides or to multiply this thing by root of 3 and find the I multiply both sides by 3 root of 3.
No, not both sides. Multiply this by like 1 over 3 root of 3 times root times root of 3. Multiply here by what?
root of 3.
So, that we shall have um this equal to root of 3.
Okay?
If you multiply these together, this become 3 multiplied by root of 3 times root of what? 3.
Okay? So, we shall have this is equal to root of 3 divided by 3.
If you multiply these together, we shall have uh root of 3 all squared.
This will cancel out this. This is equal to the root of 3 divided by what?
3 * 3.
Okay? So, 3 * 3 is root of 3 divided by what? By 9. So, this happens to be the final answer. Either this or this. Both answers are still correct.
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