Q. When an integer is subtracted from 6 times the next consecutive odd integer, the difference is −3 . Find the value of the greater integer.Answer:
Define First Integer: Let's denote the first integer as x. Since we are looking for the next consecutive odd integer, we need to consider two cases: if x is odd, then the next consecutive odd integer is x+2; if x is even, then the next consecutive odd integer is x+1. However, since we are looking for an integer and the next consecutive odd integer, we can generalize this to x+2 because adding 2 to any integer will always result in the next odd integer (if the integer is odd, it skips the even number; if the integer is even, it lands on the next odd).
Set Up Equation: Now, let's set up the equation based on the problem statement: 6 times the next consecutive odd integer minus the first integer equals −3.This gives us the equation: 6(x+2)−x=−3.
Simplify and Solve: Next, we will simplify and solve the equation for x.6(x+2)−x=−36x+12−x=−35x+12=−3
Isolate x: Subtract 12 from both sides of the equation to isolate the term with x.5x+12−12=−3−125x=−15
Find x: Now, divide both sides by 5 to solve for x.55x=5−15x=−3
Find Greater Integer: We found that x is −3, but we need to find the value of the greater integer, which is the next consecutive odd integer. Since x is −3, the next consecutive odd integer is x+2.−3+2=−1
Find Greater Integer: We found that x is −3, but we need to find the value of the greater integer, which is the next consecutive odd integer. Since x is −3, the next consecutive odd integer is x+2.−3+2=−1Therefore, the value of the greater integer is −1.
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