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On Which of These Intervals Is a Solution of the Following

Question 3

Multiple Choice

On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 $On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 + - (tan t) y = -3 A) (0, \infty ) B) C) (0, \infty ) . D) E) F)$ $On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 + - (tan t) y = -3 A) (0, \infty ) B) C) (0, \infty ) . D) E) F)$ + $On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 + - (tan t) y = -3 A) (0, \infty ) B) C) (0, \infty ) . D) E) F)$ - (tan t) y = -3

A) (0, $\infty$ )
B) $On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 + - (tan t) y = -3 A) (0, \infty ) B) C) (0, \infty ) . D) E) F)$
C) (0, $\infty$ ) .
D) $On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 + - (tan t) y = -3 A) (0, \infty ) B) C) (0, \infty ) . D) E) F)$
E) $On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 + - (tan t) y = -3 A) (0, \infty ) B) C) (0, \infty ) . D) E) F)$
F) $On which of these intervals is a solution of the following differential equation sure to exist? Select all that apply.-4 + - (tan t) y = -3 A) (0, \infty ) B) C) (0, \infty ) . D) E) F)$