SAT Practice0727e22f-f583-4696-b931-a7ab10b22425

Practice one SAT question at a time

Questions come from the Bluebook question bank. Made by Iskaa303 (Iskander Madikhan).

$x^{2} + x \sqrt{t} + y^{2} - y - 65 = 0$

The given equation, where $t$ is a constant, defines a circle in the xy-plane. The radius of this circle is $StartRoot 83 EndRoot$ . What is the value of $t$ ?

SAT Practice0727e22f-f583-4696-b931-a7ab10b22425

Practice one SAT question at a time

Questions come from the Bluebook question bank. Made by Iskaa303 (Iskander Madikhan).

$x^{2} + x \sqrt{t} + y^{2} - y - 65 = 0$

The given equation, where $t$ is a constant, defines a circle in the xy-plane. The radius of this circle is $StartRoot 83 EndRoot$ . What is the value of $t$ ?