A rock is shot vertically upward from the edge of the top of a tall building. The rock reaches its maximum height above the top of the building 1.44 s after being shot. Then, after barely missing the edge of the building as it falls downward, the rock strikes the ground 5.50 safter it was launchedCan you do part a b and c ? Show all work steps A rock is shot vertically upward from the edge of the top of a tall building. The rock reaches its maximum height above the top of thebuilding 1.44 s after being shot. Then, after barely missing the edge of the building as it falls downward, the rock strikes the ground 5.50 safter it was launched.(a) with what upward velocity was the rock shot?14.112✔14.1 m/s(b) What maximum height above the top of the building is reached by the rock?10.1606410.2 m(c) How tall is the building?70.609✔70.6 mAdditional Materials• Algebra-Squareroots & Squares NDraw a pictureLabel which directionsare positive (x- andy-), and label relevantquantities on diagramFind a secondequation...if you're missing aquantity needed to usean equation. Draw up aolan on how to link theequations & quantitiesSolve for thequantity withoutusing numbersFirst cancel any quantities thatare zero. Use algebra to isolatethe quantity you need on oneside of the equals sign. Checkwith dimensional analysis-19 gives the free-body diagram for four situations inject iset is pulled by several forces across a frictionlessn from overhead. In which situations does the accel-the object have (a) an x component and (b) a y com-96N2N 3N2N(5-3)3-2)Physics Problem Flow ChartDraw asecondpicture...Identifyexplicitly givenvalues...if you haveBEFORE/AFTERsituations, forceadditions, vectorcomponent diagramsFind relevantequation(s)One that links the givenquantities to the quantityyou need to findSub innumbers onpaperMake sure units ofeach number arecorrect before yousubstitute in valuesinto the equations-Write all given actualnumbers in terms ofvariables. For previouslycalculated values, use valuesbefore rounding for sig figsponent? (c) Inat and (b) the calquadrach situation, give the direceither a quadrant or a direction along -the calculator because this can bycalculations.)Identify requiredquantity andtype of problemLook for keywords like"when", "how far", "howfast", etc. Get type ofproblem from quantitiesgiven/soughtUse calculatorto find valuegible.end of the cord pulls on ath negligible mass and negligible friction on its axle to op-cord runs around a massless, frictionless pulley (a pul-e cord, away from the point of at-oth ends of the cord have the same magnitudea massless cord (a cord with negligiblepose its rotation).Use as few presses ofthe "=" or "ENTER"button as possible.Keep extra sig figs untilnext stepbodyalways par-te sliding. On aNewton's Third Law If a force Far acts on body B due tobody C, then there is a force Fes on body C due to body B:Fac = -Fcs-←Wording that impliesspecific values: e.g. "atrest", "comes to a stop","dropped", "smoothsurface", "constant velocity"Identifyimplicitly givenvaluesCalculate/converteasily derivedquantitiesFor example, the x- and y-components ofvelocity/force vectors, or theforce of gravity given themass|Write conclusionstatement withcorrect sig figsIn plain English withcorrect unitsydoursStages8GUGIRLESea15DanSJEAinssupjapuooz8001900tubadunbกopopen♥aSOLue1xMonорош

Name: A rock is shot vertically upward from the edge of the top of a tall bu
Uploaded: 2024-03-05T11:56:34.000Z
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Description: A rock is shot vertically upward from the edge of the top of a tall building. The rock reaches its maximum height above the top of the building 1.44 s after being shot. Then, after barely missing the edge of the building as it falls downward, the roc