The height of a flare fired from the deck of a ship can be modeled by h=(-4t+24)(4t+4) where h is The height of the floor above water and t is the time in seconds find the number of seconds it takes the flare to hit the water

What are the constants in this expression? -10.6+9/10+2/5m-2.4n+3m

Need match the functions with correct transformation. f(x) = -3x f(x) = |x-1|+3 f(x) = √(x+3) 1/2x² f(x) = (x+1)²-3 4|x| 1. compress by a factor of 1/2 2. stretch by a factor of 4 3. shift to the left 3 4. shift to the left 1 5. shift up 3 6. reflection

First work with stencil one. use a combination of reflections, rotations, and translations to see whether stencil one will overlap with the original pattern. list the sequence of rigid transformations you used in your attempt, noting the type of transformation, the direction, the coordinates, and the displacement in