The height of a triangle is 4 in. greater than twice its base. The area of the triangle is no more than 168 in. squared Which inequality can be used to find the possible lengths, x , of the base of the triangle?
What is the solution set to the inequality 5 open paren x minus 2 close paren open paren x plus 4 close paren is greater than 0 ?
Jerald jumped from a bungee tower. If the equation that models his height, in feet, is h is equal to negative 16 t squared plus 729 , where t is the time in seconds, for which interval of time is he less than 104 feet above the ground?
What are the solutions to the inequality open paren x minus 3 close paren times open paren x plus 5 close paren is less than or equal to 0 ?
What is the solution set of the quadratic inequality 4 times open paren x plus 2 close paren squared is less than or equal to 0 ?
An acorn falls from the branch of a tree to the ground 25 feet. The distance, cap s , that the acorn is from the ground as it falls is represented by the equation cap s times t is equal to negative 16 t squared plus 25 , where t is the number of seconds. For which interval of time is the acorn moving through the air?
Tim throws a stick straight up in the air from the ground. The function h is equal to negative 16 t squared plus 48 t models the height, h , in feet, of the stick above the ground after t seconds. Which inequality can be used to find the interval of time in which the stick reaches a height of more than 8 feet?
What is the solution set to the inequality open paren 4 x minus 3 close paren times open paren 2 x minus 1 close paren is greater than or equal to 0 ?
What is the solution set of the quadratic inequality 6 x squared plus 1 is less than or equal to 0 ?
An object is dropped from a small plane. As the object falls, its distance, d , above the ground after t seconds, is given by the formula d is equal to negative 16 t squared plus 1 comma 000 Which inequality can be used to find the interval of time taken by the object to reach the height greater than 300 feet above the ground?
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