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Example 3 shows the derivation of one of the kinematics equations. I am quite familiar with it. At the part where it says dx/dt = gt + constant, how does one determine if constant = x_0 or v_0? Thank you.
That makes sense. Thanks!Simon Bridge said:You use the physical description of the situation ... in this case, just checking the units are consistent should work.
A constant is a fixed value that does not change during a particular process or experiment.
Determining the value of a constant is important because it allows for accurate and consistent results in scientific experiments. It also helps to establish a baseline for comparison in future experiments.
Scientists determine the value of a constant through careful measurement and observation. They may also use mathematical equations and data analysis techniques.
No, the value of a constant is fixed and does not change during a particular process or experiment. However, it may change in different contexts or experiments.
Yes, there are different types of constants in science, such as physical constants (e.g. speed of light), mathematical constants (e.g. pi), and experimental constants (e.g. gravitational constant).