Mathematical Constants

The fraction 22/7 is close to PI for four significant digits.

Nobody invented it. The gravitational constant was there - long before the first human being walked on this planet.

It will be impossible to give you any better than a broad answer here, because there are literally hundreds of possibilities as to why a malfunction indicator lamp(MIL) comes on. The system would have to be scanned to retrieve whatever fail codes there are. Then we would use a manual (that is literally 3 inches thick)that contains flow charts with pinpoint tests, using a voltmeter, to hand diagnose, and find out what is wrong. This process can take a few minutes, it may take a couple of hours, depending on what is actually wrong. I have a hard time seeing a real connection with the fuel level, unless the fuel level sensor is what is causing your MIL. But it could also be a coincidence.

Now here is the "why" of a MIL: What is actually turning on the MIL is the Powertrain Control Module(PCM), commonly known as the engine control computer. Inside of a PCM there are actually two separate systems. One is control, the other system is diagnostics. PCM diagnostics acts as "big brother," constantly looking over the shoulder of the control side of the PCM. Diagnostics is constantly monitering systems to see if the expected voltages and values are present.

Here is an example: If the PCM diagnostics knows that it has been so many minutes since the engine was first started, then the engine temperature should be around 195 degrees. In our senerio, if the engine is still 160 degrees, it sees a problem, and sets the MIL. The technician has to use pinpoint diagnostics to see if we have a stuck thermostat, if the Engine Coolant Temp(ECT) sensor if sending a false signal, if the wiring between the ECT and the PCM is bad, or if the PCM is faulty and interpreting the signal received from the ECT incorrectly. But the PCM is not capable of monitering everything all at once, so it basically goes down a checklist, over and over again, as you are driving down the road. Sometimes a problem can come and go intermittantly, at the right times so as to avoid detection by the PCM.

That is why sometimes a MIL doesn't always come on everytime there is a problem. Sometimes you can unplug a sensor even while the car is running, and it takes a while for the MIL to come on, just because the PCM diagnostics hasen't gotten back around to looking at that area yet.

Our senerio only talked about one area that a PCM moniters. There are dozens of sub-systems that the PCM looks at, and dozens of possible failures within each of those sub-systems, that could cause a MIL.

The Golden Ratio is a mathematical constant - it is [1 + sqrt(5)]/2. It is the same whereever it is found and does not change from one context, such as someone's face, to another context.

The golden ratio appears when you divide a line, call it "a + b", into two parts, "a" and "b", such that the ratio b / a is the same as (a + b) / b. In words: the ratio of the total length to one of its parts is equal to the ratio of this part to the other part. This ratio (for example, b / a) is exactly (1 + square root of 5) / 2, or about 1.618. Its reciprocal (in the example, a / b) is one less: about 0.618.

My reply: Thank you Hilmarz! But I just found out a more simple way for stupid people like me! XD The golden ratio is when you divide a line into two unequal parts, so that the whole length divided by the longer part is equal to the longer part divided by the smaller part! But if I ever become a genius, I'll come back here and re-read your version!

it is 186,282 per second that is 299,792 kilometers and that is about 670,616,629 mph

Manchester United is the biggest sporting club in the world in terms of members. The world renown football/soccer club has 193,000 members in the U.K. and about 53 million world wide the Melbourne Cricket club has 99,932 members.

Remember, 'fans' and 'members' are two different groups. From what I can find, the answer to the question is the Melbourne Cricket Club.

There are 8 zeros.

17.96 pints

1 liter = 2.11 pints

1 pint = 0.47 liter

100 is bigger. 3.14 means 3 and 7/50. Because 100 is much bigger than 3 and 7/50 you know one hundreds is greater.

the difference between a constant in a graph and a constant in a experiment is that when on a graph, the constant is the thing that changes, and in a experiment it is the part that stays the same.

Have a cheeseburger and think about it!!! No one really knows!!!! ___ Infinite means not finite or not fixed or not determined. We casually think of it as a 'number', because it is most often brought up in some kind of mathematical context. Mathematicians have come up with ways of understanding infinity, but I'm sure no mathematician would ever conclude that infinity is actually a number that can be determined. It would then not be infinite. And of course you could always add one to it. Sometimes our use of the word 'infinite' compounds the problem, and this is a pet peeve. You may hear someone say "There is an infinite number of possibilities", or something similar. [Or much worse, There are an infinite number of possibilities...] I think "infinite number" is a meaningless, contradictory and mis-leading term. I always opt for "infinitely many", which to me suggests an appropriate degree of ambiguity.

X + (X + 1) + (X + 2) = 156

3X + 3 = 156

3X = 153

X = 51

51 + 52 + 53 = 156

156 = 156

51, 52, 53

------------------are your three consecutive integers

According to Kanada, the ten decimal digits ending in position one trillion are 6680122702. However due to the irrational nature of pi, a true end cannot be found.

It is: MMXI = 1000+1000+10+1 = 2011
The Roman numeral for 2011 is MMXI.

The units for Rydberg's constant are [L-1].

Technically pi is two letters put together to form a word. How ever, the word "pi" does represent the number 3.14159265... (or simply 3.14).

The imperial unit of mass is the "slug", equal to 14.5939029 kilograms. A 1-slug mass on the Earth's surface weighs 32.17405 pounds.

A 1-slug mass will accelerate at 1 foot per second per second under the force of 1 pound.

Gravitational constant was determined by lord Henry cavendish in 1798 using a torsion balance .....G=6.67 *10^-9

yes

It's the same as that of Earth but the value of g varies from one object to the other. The value of the gravitational constant or the BIG "G" remains constant. I think you confused it with the LITTLE "g" which is the gravitation of a object (one with mass) or the acceleration due to gravity. The value of g on Earth and Moon is 9.8m/s^2 and 1.6249m/s^2, respectively. I hope this answers you all.

Japanese fighter planes. Also a slang term for "officers". Desiree--The Zeroes were Japanese fighter planes. Our US P47s--P52s and P38s engaged them in dog fights during the war in the Pacific. While I was involved in the Battle for Okinawa I witnessed many of these dog fights in the sky over the Island. Also when our U.S. fighter planes returned from escorting our U.S. Bombers over Japan anytime one of our fighter planes was credited with a Zero kill they were allowed to put their fighter plane through aerobatics over the Island before landing. This was really something to witness. == I think the first answer is accurate. There was one Japanese fighter aircraft that was designated the Zero; the MITSUBISHI A6M2. The Zero got its name from its official designation, Navy Type Zero Carrier-Based Fighter (or Reisen), though the Allies code-named it "Zeke." However, the term was used generally to describe any Japanese fighter plane as many of their aircraft looked very similiar. (I'm not sure about the officer part of the answer.) http://www.nationalmuseum.af.mil/factsheets/factsheet.asp?id=471 == The zero (Zero) was one of the most successful fighter pilots of the Japanese Navy in the first half of the war. They seriously outmaneuvered every other aircraft at the time. Only at the end of 1942 and from 1943 that the US managed to counter the Zero with F4U Corsairs, F6F Hellcats, etc.

the mass of an atom of a chemical element expressed in atomic mass units. It is approximately equivalent to the number of protons and neutrons in the atom (the mass number) or to the average number allowing for the relative abundances of different isotopes.

We use Newton's gravitational constant (G) in finding the acceleration due to gravity of the earth (g). The average value of g is 9.8 m/s2 (it is s square). g is basically the acceleration produced in a freely falling body. For example, if you jump from an airplane in the sky, in 1 second your speed will be 9.8 m/s, in 2 seconds your speed will be 19.6 m/s (9.8 x 2) and so on.

We also use the gravitational constant G to find the gravitational force between 2 bodies. Every object in this universe attracts the objects around it with a force. Even I must be attracting you right now at this moment. But our masses are so less that we do not feel this force of attraction. However, for heavier bodies like planets and stars, we feel this force and call it gravity. The more the mass of a body, the more gravity it has.

The only full answer to 3.14 is 3.14

pi is NOT 3.14 and so cannot be considered a full answer to 3.14. In any case, pi is an irrational (transcendental) number which means that it has an infinitely long non-repeating decimal or binary representations. In fact, the representation will be infinite in any base other than one that is directly related to pi. Since an infinitely long non-repeating number cannot be written in finite time, there can be no "full answer".