Convert the load lb = 224.44903 into Newtons,
then convert to Pa, or kPA. Showing steps to the conversion.
Convert the load lb = 224.44903 into Newtons, then convert to Pa, or kPA. Showing steps...
1/1 For the 3500-lb car, determine (a) its mass in slugs, (6) its weight in newtons, and (c) its mass in kilograms. W = 3500 lb Problem 1/1 1/2 Determine your mass in slugs. Convert your weight to newtons and calculate the corresponding mass in kilograms. 1/3 For the given vectors V, and V2, determine V1 + V2, Vi + VV-V, V, V, V, X V1, and V.V. Consider the vectors to be nondimensional. у V2 = 12 V1 =...
Convert normal blood pressure readings of 120 over 80 mm Hg to Newtons per meter squared using the relationship for pressure due to the weight of a fluid (P = hρg) rather than a conversion factor. a. Insert the 120 mm Hg b. Insert the 80 mm
a Typical barometric pressure as reported in Canada is 101 kPa = 101,000 N/m^2. Convert value to its equivalent in pounds per square inch, the units used for barometric pressure in United States. (1N = 0.22480894 lb)
Submit Answer Practice Another Version 2. + -11 points was OSGenChem1 9.1.WA.002. Convert 5.26x10° Pa to each of the following. (a) atm 4.92 atm (b) torr 402 torr (C) kPa 4.00 kPa Need Help? Master It 3. + -71 points was OSGenChem1 9.1.WA.003. A manometer is a tool used to measure the pressure of a gas. haldiagram of a manometer open to the atmosphere
Convert the bending stress equation in terms of moment into terms of load and area. Show steps. σ = Mc/I ---> σ = P/A
please show your steps 200 lb 400 lb 4 ft - to2 ft2 ft → EI = 1.9 x 105 lb. ft2 FIGURE P16-22 16-20 to 16–25 See Figs. P16-20 to P16–25. Determine the deflection at the midspan C of each simply supported beam subjected to the loads shown. The flex- ural rigidity of each beam is indicated. QUESTION 24 Consider Problem-CC. What is the magnitude of the mid-span deflection caused by the 200 LB load? 0.0349 ft 0.0217 ft...
Please show the reagents and mechanism for the bottom one. Thanks! Outline practical laboratory, steps, showing all reagents and reaction conditions that could used to convert the following reactions.
4. Convert the following to basic SI units. Work across the line and show all steps in the conversion. Use scientific notation and apply the proper use of significant figures a. 9.12 us b. 3.42 km c. 60 mph- d. 24 cm3-
Assume the crane is made of squared tube that has 1 inch height, 1 inch width, and 1/16 inch thickness. One side of the rope is attached to a 25 lb load Not 50 lb, while the other side is fixed to the vertical member. Assume the weight of the pulley is negligible, and its surface is frictionless. Find the stress at point A Find the stress at point B Please Consider: - Force Distribution - Center of Gravity PLEASE...
1a Convert the speed of 60 miles per hour to meters per second. Show all steps and units used. Do not just look up the conversion but derive it from more fundamental units. 1b Draw the vector Å=2î + 7. lc What is its magnitude Ă? Show work. What is the angle of A with respect to the Y axis? le Write out the unit vector for A.