By David R. Bowman
Ebook annotation no longer on hand for this title.
Title: Thinking Like an Engineer
Author: Stephan, Elizabeth A./ Bowman, David R./ Park, William J./ Sill, Benjamin L./ Ohland, Matthew W.
Publisher: Pearson university Div
Publication Date: 2012/01/21
Number of Pages: 740
Binding sort: PAPERBACK
Library of Congress: 2011037789
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0353 ft3. 7. four instance 7-8 (1) time period to be switched over (2) Conversion formulation (3) Make fractions (equal to at least one) (4) Multiply (5) Cancel, calculate, be average ■ ■ COMPREHENSION fee 7-7 163 Convert a pace of 250 kilometers according to moment [km/s] to devices of millimeters in line with picosecond [mm/ps]. technique COMPREHENSION fee 7-6 CONVERSIONS related to a number of STEPS Steps 250 km/s 1 km = 103 m 1 mm = 10–3 m 1 playstation = 10–12 s 250 km 103 m 1 mm 10 - 12 s ` ` ` s 1 km 10 - three m 1 playstation 250 * 10–6 mm/ps remark: Following the principles to be used of prefixes given past might point out that the time period within the denominator shouldn't have a prefix in any respect, and it's going to be transferred to the numerator, giving 250 * 106 mm/s. past that, it was once previous acknowledged that during basic, the prefix may be adjusted to offer one, , or 3 digits to the left of the decimal position (with no strength of 10). this is able to yield 250 km/s, correct again the place we all started. ethical: particular directions (such as “convert to mm/ps”) frequently override the final ideas. hence, possibly we're learning the speed of protons in a particle accelerator, and for comparability with different experiments, we have to understand how many millimeters the debris move in a single picosecond, instead of finishing up with the devices the final ideas may dictate. formally, a storm is a tropical hurricane with sustained winds of not less than seventy four miles in line with hour. Convert this pace into devices of kilometers consistent with minute. Many bogs in advertisement institutions have a price revealed on them pointing out the quantity of water ate up in keeping with flush. for instance, a label of two Lpf exhibits the intake of two liters consistent with flush. If a loo is rated at three Lpf, what number flushes are required to eat 20 gallons of water? ideas OF THUMB 1 quart ≈ 1 liter 1 cubic foot ≈ 7. five gallons 1 cubic meter ≈ 250 gallons 1 cubic meter ≈ five, 55-gallon drums 1 cup ≈ 250 milliliters 1 golfing ball ≈ 1 cubic inch 164 bankruptcy 7 basic DIMENSIONS AND BASE devices classes OF THE MARS weather ORBITER a few of you've got heard that the lack of the Mars weather Orbiter (MCO) spacecraft in 1999 used to be because of a unit conversion mistakes. the total tale is quite extra advanced and illustrates a beneficial lesson in engineering layout. such a lot engineering mess ups aren't as a result of a unmarried mistake, for the reason that integrated redundancies and anticipation of failure modes make this not going. 3 fundamental components (plus undesirable success) conspired to ship the MCO off beam. First, the spacecraft was once asymmetrical, with the physique of the spacecraft on one part and a wide sunlight panel at the different. you could imagine form isn't really a subject within the vacuum of house, yet in truth it truly is, and the NASA engineers have been good conscious of the capability difficulties. The panel acted like a sail, inflicting the craft to slowly switch its orientation and requiring the MCO to make occasional small corrections by way of firing thrusters onboard the craft. This was once a superbly doable “problem. ” moment, the software program at the spacecraft anticipated thruster information in SI devices, requiring the strength expressed in newtons.