part 3\nwhat is the acceleration a of the watermelon as a function of time?\nhint: assume that the units are…

part 3\nwhat is the acceleration a of the watermelon as a function of time?\nhint: assume that the units are m/s². there is no need to include them in your equation.\nuse the following table as a reference.\nfor use\nt t\na = humber (rtol=0.05, atol=1e-08) m/s²\npart 4\nis the speed of the watermelon increasing or decreasing at t = 0 s?\n(a) the speed is increasing\n(b) the speed is decreasing\n(c) there is not enough information to tell\nproblem is licensed under the cc - by - nc - sa 4.0 license.

part 3\nwhat is the acceleration a of the watermelon as a function of time?\nhint: assume that the units are m/s². there is no need to include them in your equation.\nuse the following table as a reference.\nfor use\nt t\na = humber (rtol=0.05, atol=1e-08) m/s²\npart 4\nis the speed of the watermelon increasing or decreasing at t = 0 s?\n(a) the speed is increasing\n(b) the speed is decreasing\n(c) there is not enough information to tell\nproblem is licensed under the cc - by - nc - sa 4.0 license.

Answer

Since no information about the motion of the watermelon (such as forces acting on it, velocity - time relationship etc.) is given, we cannot determine the acceleration as a function of time or the change in speed at (t = 0).

Explanation:

Step1: Analyze Part 3

No data about forces or motion equations for watermelon is provided, so acceleration function cannot be found.

Step2: Analyze Part 4

Without knowing the acceleration (or at least initial velocity and how it changes) at (t=0), we cannot tell if speed is increasing or decreasing.

Answer:

For Part 3: Cannot be determined For Part 4: (c) There is not enough information to tell