John is rollerblading down a long, straight path. At time zero, there is a mailbox about 1 m in front of him. In the 5 s time period that follows

John's velocity is given by the velocity versus time graph in the figure. Taking the mailbox to mark the zero location, with positions beyond the mailbox as positive, plot his position versus time in the given position versus time graph.

Velocity (m/s) Time (s)

Assuming that all the numbers given are exact, what is John's position at a time of 4.45 s? Enter your answer to at least three significant digits.

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genius_generous answered 2 years ago

John is rollerblading down a long straight path. At time zero, there is a mailbox about 1 m in front of him

John is rollerblading down a long straight path. At time zero, there is a mailbox about 1 m in front of him. In the 5-second time period that follows, John's velocity is given by the right-hand graph in the figure below. Taking the mailbox to mark the zero location, with positions beyond the mailbox as positive, plot his position versus time in the left-hand graph below. Assuming that all the numbers given above are exact, what is John's position at...

John is rollerblading down a long, straight path. At time zero, there is a mailbox about 1m in front of him.

John is rollerblading down a long, straight path. At time zero, there is a mailbox about 1m in front of him. In the 5s time period that follows, John's velocity is given by the velocity versus time graph in the figure. Taking the mailbox to mark the zero location, with positions beyond the mailbox as positive, plot his position versus time in the given position versus time graph.Assuming that all the numbers given are exact, what is John's position at...

Lets say Iron Man is falling straight down at a rate of 52.7 m/s (about terminal...

Lets say Iron Man is falling straight down at a rate of 52.7 m/s (about terminal velocity) and he has a mass of 279 kg. Hulk, who has a mass of 521 kg, jumps up at an angle and is traveling at 23.5 m/s at an angle of 50˚ right before catching Iron Man. A) What is the final magnitude of the velocity of Hulk and Iron Man immediately after Hulk catches him? (b) At what angle are they falling?...

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John is rollerblading down a long, straight path. At time zero, there is a mailbox about 1 m in front of him. In the 5 s time period that follows

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John is rollerblading down a long straight path. At time zero, there is a mailbox about 1 m in front of him

John is rollerblading down a long, straight path. At time zero, there is a mailbox about 1m in front of him.

Lets say Iron Man is falling straight down at a rate of 52.7 m/s (about terminal...