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Young Bull
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New user has been reminded to use the Template when posting schoolwork problems
*This is an introductory physics class for non-math majors.
A typical jet fighter launched from an aircraft carrier reaches a take-off speed of 175mph over a distance of 310 ft.
For number 1, i just covert mph to m/s right? (i'm aware it doesn't say m/s^2 - might be a mistake from professor) I just used dimensional analysis
310 ft= 94.88 meters. And number 2, is that simply D=RT? 94.88=78.28T? solve for t?
A typical jet fighter launched from an aircraft carrier reaches a take-off speed of 175mph over a distance of 310 ft.
- assuming the acceleration is constant, what is the jet's acceleration in (meters per second)?
For number 1, i just covert mph to m/s right? (i'm aware it doesn't say m/s^2 - might be a mistake from professor) I just used dimensional analysis
310 ft= 94.88 meters. And number 2, is that simply D=RT? 94.88=78.28T? solve for t?