Determine the largest interval (a, b) for which Theorem 1 guarantees the existence of a unique solution on (a, b) to the initial value problem below. xy triple prime minus 7 y prime plus e Superscript x Baseline yxy′′′−7y′+exyequals=x cubed minus 8x3−8, y(77)equals=1, y primey′(77)equals=0, y double primey′′(77)equals=2 nothing

Triangle jkl was dilated using the rule dm, 1/3 the image, triangle j’ k’ l’ is the result of the dilation. a.5 units b.7.5 units c.10 units d.12.5 units

Find the equation using the point (4,8)

Create a question with this scenario you could ask that could be answered only by graphing or using logarithm. david estimated he had about 20 fish in his pond. a year later, there were about 1.5 times as many fish. the year after that, the number of fish increased by a factor of 1.5 again. the number of fish is modeled by f(x)=20(1.5)^x.