Rewrite the number 3.123 56 (±0.167 89%) in the forms (a) number (± absolute uncertainty) and (b) number (± percent relative uncertainty) with an appropriate number of digits.
Rewrite the number 3.123 56 (±0.167 89%) in the forms (a) number (± absolute uncertainty)...
Percent Relative Algebraic Answer Absolute Uncertainty Uncertainty 9.2 ± 0.4) × Number Number Number 1 5.4(±0.3) × 10-3-5.6(±0.1) × 10-3 )-p 0
Perform the following calculations and determine the absolute and percent relative uncertainty. Express each answer with the correct number of significant figures. To avoid rounding errors, do not round your answers until the very end of your calculations. Perform the following calculations and determine the absolute and percent relative uncertainty. Express each answer with the correct number of significant figures. To avoid rounding errors, do not round your answers until the very end of your calculations Absolute Uncertainty Number Percent...
a) Suppose that ε is some fixed positive number. Use absolute value to rewrite the statement - There is some rational number x within ε of √2 b) What is the negation of the statement above?
5. Calculate the absolute uncertainty of: 9.13(±0.07)+4.12(±0.02)-3.26(±0.06) (a) 0.0089 (b) 0.094 (c) 0.15 (d) 0.39 6. Calculate the relative uncertainty of: 9.13(±0.07)+4.12(±0.02)-3.26(±0.06) (a) 3.88% (b) 1.50% (c) 0.94% (d) 0.09%
both number 55 and 56 55-56 Find the absolute maximum and minimum values of f or the set D. n 55. f(x, y) 4xxy2- x2y2-xy'; D is the closed triangular region in the xy-plane with vertices (0, 0), (0, 6), and (6, 0) x 2y2 ); D is the disk x2 + y2< 4 56. f(x, y) = e 55-56 Find the absolute maximum and minimum values of f or the set D. n 55. f(x, y) 4xxy2- x2y2-xy'; D...
Question 2: An absolute angular encoder comprises of the same number of LED and photo-transistor combination as the number of tracks. Consider the absolute angular encoder in Figure 3 where the white slits allow the light from the LED to travel to the photo-transistor when it turns on (logic 1). When the light does not reach the photo-transistor, it is in off state (logic 0). In the configuration shown in Figure 3a, the LED and photo-resistor combinations are denoted by...
Question 2: An absolute angular encoder comprises of the same number of LED and photo-transistor combination as the number of tracks. Consider the absolute angular encoder in Figure 3 where the white slits allow the light from the LED to travel to the photo-transistor when turns on (logic 1) When the light does not reach the photo-transistor, it is in off state (logic 0). In the configuration shown in Figure 3a, the LED and photo-resistor combinations are denoted by black...
Read the first four sections of Appendix A: Measurements, Types of Errors, Absolute and Relative Error and Error Propagation. Answer the following questions: (a) The smallest division on the scale of the triple-beam balance is 0.1 g. What is the error in mass om for measurements made with this balance? (b) What is the percent error of a length L 5 cm with uncertainty oL 0.05 cm?
Question 1 A Chem 2111 student in a gravimetric analysis experiment analyzed an iron ore by dissolving a 1.1234 g sample in concentrated HCl solution. After dilution with water, the iron(III) in the sample was precipitated as Fe2O3.xH2O by addition of ammonia NH3. After filtration, washing and drying, the precipitate was isolated to produce 0.5394 g of pure Fe2O3. a) Calculate the weight percent of iron Fe in this sample. b) Calculate the weight percent of magnetite Fe3O4 (rock mineral)...
Problem 1. (20 pts) Convert the following number to hexadecimal a. (5 pts)) Convert 4.2 to binary form using six digits for the fractional part b. (5 pts) Convert the result you obtained in the previous item back to decimal, with at least five digits in the fractional part. What is the absolute error that you get when the result is compared to the original number. c. (5 pts) Convert directly, without using the result in item a 4.2 to...