Solution-International space station

International space station

Reference no: EM13961917

Let's say you own a company that makes bolts that are used on the International Space Station! These bolts have very specific requirements but two of the most important requirements are strength and heat resistance. NASA says that you must have a bolt that has the strength of at least X and a heat resistance of at least Y.

But when you make a bolt, there is no way you can make a bolt that equals X and Y all the time; there are just two many factors that go on in the manufacture of a bolt. So what you are looking for are bolts that are at least X or better and at least Y or better. Hence, an inequality. You can only use bolts that are in the correct range for X AND the correct range for Y.

But, of course, to test the bolts, you have to expose them to the extremes of both to see how they measure up. So how can you prove to NASA that your bolts will stand up? As an added problem, you never want to use bolts that you tested because that testing may have made them weaker in the process.

There is an area of Math that is used in the business world all the time to answer this type of question? Does anyone know what this area is called?

Reference no: EM13961917

Questions Cloud

Explain static determinancy in detail : The attached diagrams show a rectangular plate held by joints defined by pins and links.

What mass would have to be suspended : An organic pipe that is closed at one end has a length of 0.80 m. At 20 degrees Celsius, what is the distance between a node and an adjacent antinode for (a) the second harmonic and (b) third harmonic?

What is the minimal solution : Given the following linear programming problem: What is the minimal solution?

How much energy is then stored in the spring : A 300-g mass at the end of a spring oscillates with an amplitude of 7.0 cm and a frequency of 1.80 Hz. (a) Find its maximum speed and maximum acceleration. (b) What is its speed when it is 3.0 cm from its equilibrium position?

International space station : Let's say you own a company that makes bolts that are used on the International Space Station! These bolts have very specific requirements but two of the most important requirements are strength and heat resistance. NASA says that you must have a ..

What must be the temperature of the low temperature bath : 200 grams of ice at -20°C are added to 500 grams of water at +80°C. Assuming that no heat is lost from the ice+water system, compute how much ice remains at equilibrium.

Evaluate the restriction of assembly : 1. Evaluate the restriction of Assembly. Make all computations and note the value of X and Y. 2. Evaluate Restriction Test. Make all computations and note the value of X and Y.

Find the volume of the parallelepiped : Consider the parallelepiped ABCDA1B1C1D1. Given the coordinates of four vertices A(2,-2,1), B(3,-1,2), D(3,-1,1), A1 (4,-3,4), find The volume of the parallelepiped and The distance from A1 to the plane ABC.

Show that the path of motion is a cycloid. : An electron moves in a force field due to a uniform electric field E and a uniform magnetic field B that is at right angles to E.

User Account

All Pages

International space station

Reference no: EM13961917

Reference no: EM13961917

Questions Cloud

Reviews

Write a Review

C/C++ Programming Questions & Answers

Create program that uses functions and reference parameters

Write a program using vectors and iterators

Write the code required to analyse and display the data

Write a webservices application

Iimplement a client-server of the game

Model-view-controller

Design a nested program

Convert celsius temperatures to fahrenheit temperatures

Evaluate and output the value in the given base

Design a base class shape with virtual functions

Implementation of classes

Technical paper: memory management

Assured A++ Grade

Academics

Major Subjects

Majors

Get In Touch

TERMS & POLICIES

HELP & SUPPORT