Unformatted text preview: is hung on it, the spring extends 5 cm. What will the period of oscillation be if the mass is pulled down, from its equilibrium position by a small amount and t$gn released?n / F = *kr \.= \f = tr: "ffitl.t'*rs'J/o${^n = {ftg Nf* KJ= \K T = H : } n u t +g i ,r \a_. ." 1tr \ \ = 'r\\ \ ffi;f*= o'ql1 s Version D: A space traveler lands on a new planet. As an initial test of the planet's gravity the traveler suspends a 100 g mass from a 1.00 m long string and measures the period ofthis simple pendulumto be 1.50 s. What is the gravrtational acceleration atthe surface of this new planet? :_ <)y/ a^La( (rl I = "rsJ J \ '(_1*= fA.__ ___J \r .d 7  . 4 _ * . \ . rr3 \r,[ T =7G'r^"\ t1*t Yv...
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This homework help was uploaded on 03/27/2008 for the course PHYS 221 taught by Professor Herrerasiklody during the Fall '08 term at Iowa State.
 Fall '08
 HerreraSiklody
 Mass

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