SOLUTION: I am having problems solving this word problem.
The quotient of a number and 3 is the same as the difference
of the number and two. Find the number
Algebra.Com
Question 153377: I am having problems solving this word problem.
The quotient of a number and 3 is the same as the difference
of the number and two. Find the number
I came up with
x+3=y+2
I am not sure if this is a correct equation for this problem. I also need help solving it.
Thanks
Megan
Answer by nerdybill(7384) (Show Source): You can put this solution on YOUR website!
Hi Megan,
.
If we:
Let x = "a number"
.
Then from: "quotient of a number and 3" we get:
x/3
.
And, from: "the difference of the number and two" we get:
x-2
.
In the problem, it said that the two terms above are the same giving us:
x/3 = x-2
.
Now, we solve for x:
x/3 = x-2
multiplying both sides by 3:
x = 3(x-2)
x = 3x - 6
subtracting x from both sides:
0 = 2x - 6
adding 6 to both sides:
6 = 2x
finally, dividing both sides by 2 gives us:
3 = x
.
Write back if you have questions,
Bill
RELATED QUESTIONS
a quotient of a number and seven is the same as eleven less than four times the numbe.... (answered by mananth)
Five times the difference of twice a number and nine is negative fifteen. Find the... (answered by shantalboodram)
I am having problems with this word problem:
NUMBER PROBLEM:
If one-half of one... (answered by checkley71,hasina)
I need help in figuring out how to set this problem up and solving same:
Five divided... (answered by edjones)
The quotient of a number and 3 is the same as the difference of the number and two. Find (answered by funmath)
Twice the difference of seven times a number and four yields the same result as the... (answered by checkley71)
I am homeschooled with the School of Tomorrow, and am struggling with solving word... (answered by stanbon)
I am not that good with word problems and I am having problems solving this problem... (answered by ankor@dixie-net.com)
"The quotient of a number and 5 is the same as the product of the number and 5. Find the... (answered by MathTherapy)