找到你今天要练的题。

\( \sqrt[5]{p^{2}}=t^{\frac{3}{4}} \) 
In the given equation, p > 1 and t > 1. If t = p^2n-1, where n is a constant, what is the value of n?

\( \sqrt{w}+22=28 \) 
What is the solution to the given equation?

Which expression is equivalent to \( \sqrt[10]{x^{9}y^{9}} \) , where x and y are positive?

\( f\left(x\right)=\sqrt{3x+8} \) 
The function \( f \) is defined by the given equation. If \( f\left(a\right)=-9a \) , where a is a constant, what is the value of a?

\( \sqrt[7]{p^{4}}=t^{\frac{5}{6}} \) 
In the given equation,   \( p>1 \) and \( t>1 \) . If \( t=p^{2n-1} \) , where n is a constant, what is the value of n?

Which expression is equivalent to \( \left(133y\right)^{\frac{1}{2}} \), where \( y>1 \)?

\( \sqrt[7]{p^{3}}=\sqrt[4]{t^{5}} \) 
In the given equation, \( p>1 \)  and \( t>1 \) . If \( t=p^{2n-1} \) , where n is a constant, what is the value of n?

\( \sqrt{\left(x+23\right)^2}=x+23 \) 
What is the least value of x that is a solution to the given equation?

\( f\left(x\right)=\sqrt{6x+7} \) 
The function \( f \)  is defined by the given equation. If \( f\left(a\right)=-9a \) , where a is a constant. What is the value of a?

Which expression is equivalent to\( \left(57y\right)^{\frac{1}{2}} \), where \( y>1 \) ?

Which expression is equivalent to \( ((7\surd 3)t)^{\frac{7}{8}} \) Where \( t>0 \)? 

\( \sqrt{k-x}=42-x \) 
In the given equation, k is a constant. The equation has exactly one real solution. What is the minimum possible value of 4k?