Answer 1 to 15 1.2.3.4.5.6.7.8.Which is not an SI fundamental quantity?forcea.b.massWhich is a derived quantity?electric currenttemperaturea.b.The presenta.length of a stretched handspeed of light in a vacuumplatinum iridium bar in Sevres, Francewavelength of light from krypton atomThere is a move to redefine the mole in terms of.b.C.d.a.b.Whicha.definition of meter is in terms of theb.Avogadro's numberBoltzmann constanta.C.a.b.A density of 5400 kg/m³ is equal toa.5.4b.54personal errorrandom errord.C.d.storage16 Gbyte16 kbyteUncontrolled changes in air pressure while determining the boiling point of a liquid giverise todevice has the greatest storage capacity?C.d.C.Planck's constantd. speed of light in a vacuumtemperaturetimeC.d.timevoltageC.d.C.d.16 Mbyte16 Tbyteg/cm³.relative errorsystematic error5405400The radius and height of a cylinder were determined using the same measuring instrument.When the volume of the cylinder is computed, which will likely contribute a(volume of a cylinder = r²b)greatererror?heightb. radiusTboth height and radius 10.11.12.13.9.14.15.a.C.standard deviationa.meanuncertaintyb.relative errorThe only fundamental quantity that is defined based on a humanmade object islengthtemperaturemassb.The square root of the variance is thea.d.b.A leap second was added on June 30, 2015, becauseEarth's rotational speed about its axis is increasing. In effect, the solar time is ahead ofthe time indicated by the standard cesium clocks.a.b.C.d.C.d.Earth's rotational speed about its axis is decreasing. In effect, the solar time is ahead ofthe time indicated by the standard cesium clocks.Earth's rotational speed about its axis is decreasing. In effect, the solar time is delayedwith respect to the time indicated by the standard cesium clocks.Which statement is not true?Earth's rotational speed about its axis is increasing. In effect, the solar time is delayedwith respect to the time indicated the standard cesium clocks.dependent variableWhich prefix corresponds to 10-¹5?timea. Precise measurements are always accurate.b. Accurate measurements are always precise.Precise measurements can be inaccurate.C.d. Inaccurate measurements can be precise.What represents the uncertainties in the data presented in a graph?error barslopey-intercepta. atto-b.C.d.C.d.nano-femto-pico-The radius of a sphere is (5.000.05) cm. What is the relative uncertainty when its volume4is computed? (volume of a sphere ==Tr³, where r is the radius)3a. 1%C.b.3%d.5%15%

Since you have posted a question with a multiple sub parts, we will solve first three sub - parts…

1. 2. 3. Which is not an SI fundamental quantity? force a. b. mass Which is a derived quantity? electric current a. b. temperature The present definition of meter is in terms of the length of a stretched hand a. b. C. d. speed of light in a vacuum platinum iridium bar in Sevres, France wavelength of light from krypton atom C. d. C. d. temperature time time voltage

1. 2. 3. Which is not an SI fundamental quantity? force a. b. mass Which is a derived quantity? electric current a. b. temperature The present definition of meter is in terms of the length of a stretched hand a. b. C. d. speed of light in a vacuum platinum iridium bar in Sevres, France wavelength of light from krypton atom C. d. C. d. temperature time time voltage

Inquiry into Physics

8th Edition

ISBN:9781337515863

Author:Ostdiek

Publisher:Ostdiek

Chapter9: Optics

Section: Chapter Questions

Problem 50Q

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