i need to fill in the second picture using thr information given in the first picture. please make sure to include all boxes in the reply.
n 1 2 3 4 US Mint's accepted mass of penny - 2.500 meterstick position "center" penny dime 49.5 26 15.5 4 10 21 32 38 I had to put my cradle at the 49.5-cm position to get the meter stick to balance 83738883 70 80 90 85 5 6 7 Intro Simulation Your Data 75 65 60 r (meters) dime penny 0.205 0.235 0,305 0.34 0.405 0,455 0.355 0.395 ? ? 17 7 These radial values depend on the value of the "center" O QRS T UV UA Mint dime's mass- 2.268 radial error vis-a-vis US ratio mass (g) Statistics Results Mint 0.87234 2.180851 mean 2.223902 2.224 0.015 1.94% 0.897059 2.242647 std dev 0.03018 0.89011 2.225275 std err 0.01509 #TI 0.898734 2.246835 Percent deviation from the US Mint's stated value Mean value of dime's mass, plus/minus the statistical standard error value. You can see that my of the mass of a dime Since we have tandard The mass of the dime is inversely proportional to the ratio of the radial values. It's a simple torque equilibrum results were all very consistent with each other, ce, the precison was very we can state that the accuracy of the measurements was quite and dime Data set for dime - $2022 meterstick position "center" dime A penny 1 2 Statistics an std dev (meters) penny Results dime US Mint dime's mass 2.268 dime radial ratio mass (c) error vis-a-vis US Mint Data set for quarter-S2022 meterstick position "center" penny quarter 1 2 Statistics stif dee Results US Mint quarter's mass radial (meters) Quarter quarter mass ( error vs US Mant n 1 2 3 4 US Mint's accepted mass of penny - 2.500 meterstick position "center" penny dime 49.5 26 15.5 4 10 21 32 38 I had to put my cradle at the 49.5-cm position to get the meter stick to balance 83738883 70 80 90 85 5 6 7 Intro Simulation Your Data 75 65 60 r (meters) dime penny 0.205 0.235 0,305 0.34 0.405 0,455 0.355 0.395 ? ? 17 7 These radial values depend on the value of the "center" O QRS T UV UA Mint dime's mass- 2.268 radial error vis-a-vis US ratio mass (g) Statistics Results Mint 0.87234 2.180851 mean 2.223902 2.224 0.015 1.94% 0.897059 2.242647 std dev 0.03018 0.89011 2.225275 std err 0.01509 #TI 0.898734 2.246835 Percent deviation from the US Mint's stated value Mean value of dime's mass, plus/minus the statistical standard error value. You can see that my of the mass of a dime Since we have tandard The mass of the dime is inversely proportional to the ratio of the radial values. It's a simple torque equilibrum results were all very consistent with each other, ce, the precison was very we can state that the accuracy of the measurements was quite and dime Data set for dime - $2022 meterstick position "center" dime A penny 1 2 Statistics an std dev (meters) penny Results dime US Mint dime's mass 2.268 dime radial ratio mass (c) error vis-a-vis US Mint Data set for quarter-S2022 meterstick position "center" penny quarter 1 2 Statistics stif dee Results US Mint quarter's mass radial (meters) Quarter quarter mass ( error vs US Mant
