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Escalefter
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I've decided to give these a different approach. Thanks for the contribution, and sorry for missing the guidelines about posting one's attempts. I might be back to this same thread.
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I'm afraid that this is not possible without you first showing your efforts at the two questions, according to our posting guidelines;Escalefter said:It might be just easier, for you as well as me, if I could get some answers and approaches from different people.
If you could perhaps detail your efforts we could comment on the validity of your solutions.Physics Forums Global Guidelines said:Homework Help:
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The formula for finding the time (t) in linear problems is t = d/v, where t is time, d is distance, and v is velocity.
To solve for time in a linear problem if the distance (d) and velocity (v) are given, you can use the formula t = d/v. Simply plug in the given values for distance and velocity and solve for t.
Yes, you can find the time in a linear problem if only the initial and final positions are given. This can be done by using the formula t = (xf - xi)/v, where t is time, xf is the final position, xi is the initial position, and v is velocity.
Yes, there are other factors that can affect the time in a linear problem. Some examples include changes in acceleration, wind resistance, and friction. These factors may alter the velocity and therefore affect the time calculation.
The concept of finding time in linear problems can be used in various real-life situations, such as calculating travel time, predicting arrival times for transportation, and determining the speed of moving objects. It can also be applied in science and engineering fields for calculating the time it takes for an experiment to complete or for a machine to perform a task.