Working the answers from the previous question, what would be the relative uncertainty of the area? 0.0091 cm² 0.009 0.009099 cm² 0.009 cm?
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- Two piles of sand are combined to make a larger pile. The mass of the first pile of sand is 30 kg ± 0.01 kg and the mass of the second pile is 34 kg ± 0.01 kg. Calculate the mass of the combined pile and the associated uncertainty in this mass, to 2 s.f.Given a set of length measurements: 62.1, 62.5, 61.7, 62.6, 62.7, 61.9 cm. Find the standard error for length measurement.To calculate the average velocity, a distance is measured that is 19.5 meters with an uncertainty of 0.2 meters. Additionally, the time to travel this distance is 4.96 seconds with an uncertainty of 0.2 seconds. What is the uncertainty of the average velocity measured, in m/s?
- please help with the two boxes that i have circled with a green color based on my data! g=9.8 m/s is the accepted value and the equation g= 4 pie etc whatever that equation is, is the measured value to find the percentage error! and please then answer the three questions on the bottomA rectangle has a length of (5.1 ± 0.2) m and a width of (2.3 ± 0.1) m. Calculate: (a) the area and (b) the perimeter of the rectangle, Give the uncertainty in each value.Question 2: Complete the following Error Analysis The lengths of the sides of a rectangular box are measured using a ruler marked with a millimeter scale. W The measurements give the values length 83 mm, width 68 mm and height 23 mm. The uncertainty in each measurement is ±1 mm. Calculate, 1. The fractional uncertainty in the measurement of VOLUME is 2. Absolute uncertainty in the measurement of VOLUME in (mm³ ) is
- A rectangle has a length of (2.8 ± 0.2) m and a width of (1.7 ± 0.2) m. Calculate the area and the perimeter of the rectangle, and give the uncertainty in each value. (a) Calculate the area and give its uncertainty. (Enter your answers in m2.) m2 ± m2 (b) Calculate the perimeter of the rectangle and give its uncertainty. (Enter your answers in m.) m ± mQuestion 2: Complete the following Error Analysis The lengths of the sides of a rectangular box are measured using a ruler marked with a millimeter scale. W The measurements give the values length 83 mm, width 68 mm and height 23 mm. The uncertainty in each measurement is ±1 mm. Calculate, 1. The fractional uncertainty in the measurement of VOLUME is 2. Absolute uncertainty in the measurement of VOLUME in (mm3 ) isI have an homework where I was asked to get a generic 12 in/30 cm ruler and then answer the question in bold: Look at the smallest division and record what the uncertainty ▲x is of your tool. I am not sure how to ansswer this. Note: the previous question asked me to choose a unit of measurement on our tool which is the ruler and I choose inches (I hope that is a unit of measurement).
- Suppose your speedometer has an uncertainty of 4.5 km/h at a speed of 92 km/h. If the speedometer has the same percent uncertainty when it reads 55 km/h, what is the highest speed, in kilometers per hour, that you might be going? If the speedometer has the same percent uncertainty when it reads 55 km/h, what is the lowest speed, in kilometers per hour, that you might be going?Calculate the fractional (relative) uncertainty in (11.51 ± 0.07)cm. Round your answer to three significant figuresThe measurement of a physical quantity is 4.76 m with 1.47% uncertainty. Therefore, the measurement is likely to be between: * 4.63 m and 4.78 m. O 4.67 m and 4.80 m. 4.69 m and 4.83 m. 4.71 m and 4.85 m. 4.73 m and 4.88 m.