In the equation m = k + 3, m is the:
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k=275 First find the prime factorization of 2750 and 360: 2750=2*53*11 360=23*3*5 Now you want the smallest positive integers, k and m, such that: 23*3*5*k=2*53*11*m In order for the two sides of the equation to be equal, the right-hand side of the equation must contain the prime factors on the left-hand side to the same power as the prime factors on the left-hand side. The smallest integer value of m for which this is true is: m=22*3 Now solve for k: 23*3*5*k=2*53*11*22*3 k=(2*53*11*22*3)/(23*3*5)=52*11=275
(k*m)3 = k3*m3
m-15=3 m-15+15=3+15 m=3+15 m=18
2
Assuming that you meant that the equation is y=3x+1, the slope is 3. This is because the equation of any line in the form of y=mx+b has a slope of "m". Therefore, the value of m in this equation is 3.