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Help with another Math problem
Posted on 03/16/2010 10:30:13 AM PDT by netmilsmom
The sum of two numbers is 65 And if the larger number is divided by the smaller number then the quotient is 3 and the remainder is 5. Find the numbers.
Help.
TOPICS: Chit/Chat
KEYWORDS: algebra; math
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To: netmilsmom
41
posted on
03/16/2010 11:09:49 AM PDT
by
JRios1968
(The real first rule of Fight Club: don't invite Chuck Norris...EVER)
To: Mad Dawgg
"4" is right after "3" and just before "5"... Which thou shalt not count to when using the Holy Hand Grenade of Antioch...
42
posted on
03/16/2010 11:11:35 AM PDT
by
PugetSoundSoldier
(Indignation over the Sting of Truth is the defense of the indefensible)
To: Perdogg
It took me 50 seconds, which is 5 more than 3 times the time it took you — plus five — and coincidentally adds up to 65.....
43
posted on
03/16/2010 11:16:29 AM PDT
by
mikrofon
(Not really ;-)
To: netmilsmom
Two equations and two unknowns.
Classic 9th grader.
x+y=65
3x+5=y
x = 15
y = 50
44
posted on
03/16/2010 11:42:14 AM PDT
by
Mikey_1962
(Obama: The Affirmative Action President)
To: netmilsmom
> Where do you get the "4"?
A + (3 x A) = 4 x A
45
posted on
03/16/2010 11:55:36 AM PDT
by
blowfish
To: netmilsmom
The smaller number is 15. But more importantly, why is the person being tested not the one doing the work?
The sum of two numbers (x and y) is 65. X + Y equals 65.
The larger number (X) divided by the smaller number (Y) is 3 with a remainder of 5. So X/Y equals 3 with a remainder of 5. Or X equals 3Y + 5. Substituting (3Y + 5) in place of X in the first equation gives 3Y + Y + 5 equals 65. If you can’t solve it from there, you shouldn’t be taking 9th grade algebra.
46
posted on
03/16/2010 12:20:57 PM PDT
by
IronJack
(=)
To: JRios1968
To: andy58-in-nh
50 and 15.
I agree for the set of real numbers, but you have not considered the set of fantasy liberal numbers (not to be confused with the set of imaginary i/j numbers, although they exist in the left hand plane) - we will skip polar notation for clarity. There exists in that set the major and minor values of 50 and 15. For example 2+2=4 except for large values of 2. So there exists multiple solutions. This was the substance of my masters degree. The Venn diagram I presented is now being considered by the louve as a break through piece of abstract art. I hope this helps.
best regards
48
posted on
03/16/2010 12:24:32 PM PDT
by
dozer7
(Love many, trust few and always paddle your own canoe)
To: dozer7
By now, you have learned that the liberal solution to any problem is whatever makes you feel deeply fulfilled, validated as a unique person, and unmolested by the necessity of obeying narrow-minded and restrictive Western cultural norms or such outmoded concepts as "right or wrong" and "true or false".
49
posted on
03/16/2010 12:40:43 PM PDT
by
andy58-in-nh
(America does not need to be organized: it needs to be liberated.)
Comment #50 Removed by Moderator
To: JRios1968
Been there; done that; got the diploma!
51
posted on
03/16/2010 1:00:56 PM PDT
by
brityank
(The more I learn about the Constitution, the more I realise this Government is UNconstitutional !! Â)
To: netmilsmom
I'm hoping we are leaning towards becoming an author, not a physicist?
52
posted on
03/16/2010 1:03:28 PM PDT
by
Pan_Yan
(Trolls: I R 1 R U 1 2?)
To: netmilsmom
53
posted on
03/16/2010 1:03:46 PM PDT
by
Elle Bee
To: netmilsmom
One can also do this calculation in the head but most will not realize it until they do the math.
What is the length of rope needed to encircle the earth at its largest diameter assuming the earth is a perfectly flat sphere?
After you have an answer you feel confident with calculate how much additional rope is required to raise the rope exactly one foot off the earths entire surface?
54
posted on
03/16/2010 4:53:33 PM PDT
by
MosesKnows
(Love many, Trust few, and always paddle your own canoe)
To: MosesKnows
What is the length of rope needed to encircle the earth at its largest diameter assuming the earth is a perfectly flat sphere? It depends on whether you are raising the rope a foot above the surface at a single point, or the entire rope.
For the former, it's exactly 2 feet (1 up and 1 down).
For the latter, you are simply increasing the diameter by 2 feet, so the circumference will increase by 2 * Pi, or about 6 feet, 3 inches.
This is the correct answer for a sphere or circle of any size.
55
posted on
03/16/2010 8:32:39 PM PDT
by
justlurking
(The only remedy for a bad guy with a gun is a good WOMAN (Sgt. Kimberly Munley) with a gun)
To: justlurking
It depends on whether you are raising the rope a foot above the surface at a single point ...how much additional rope is required to raise the rope exactly one foot off the earths entire surface?
56
posted on
03/17/2010 10:16:54 AM PDT
by
MosesKnows
(Love many, Trust few, and always paddle your own canoe)
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