How do you solve this Find two consecutive integers such that the lesser added to three times the greater gives a sum of 46
the the smaller of the integres be \(n\) the other inter is consecutive so it is \(n+1\)
\[n+3(n+1)=46\]
let x be the 1st integer(lesser) 3(x+1) be the second integer
solve for \(n\)
How do you get two numbers then
\(n\) is the smaller of the integres the other is \(n+1\)
for some reason im not getting integer values though
Yea I don't get it
i guess the question is wrong
The integers have to be even
let the two consecutive numbers be n, n + 2 the question says if we add the lesser number \[\left( n \right)\] to three times the greater number \[3\left( n + 2 \right)\] we get 46 so in the form of equation we get \[\left[ \left( n \right) + 3\left( n +2 \right) \right] = 46\] now on solving it \[\left[ n + 3n +6 \right] = 46\] \[4n + 6 = 46\] \[4n = 40\] \[n = 10\] the numbers are 10 and 12
Yea that's right thanks so much
wheres my medal :D
Oh sorry
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