You do not wright it, but write it as n + 6.
Then B is to the left of A on the number line.
A = 1/2 BH A = 24 = 1/2 BH 24 * 2 = BH 48 = BH H = B - 2 48 = B(B - 2) B2 - 2B = 48 B2 - 2B - 48 = 0 (B - 8)(B + 6) = 0 B = 8 or -6 Since the base cannot be negative, the base is 8 and the height is 6 (8 - 2)
1 more than the quotient of 21 and b (This answer sucks)
More or less solve it as if the inequality sign was an equals sign. When solving for x, y=mx+b and y<mx+b are done the same way. You just end up with x< or > some number rather than x= some number.
A = B + 12, C = 2B - 20, A + B + C = -48 So: B + 12 + B + 2B - 20 = -48 ie 4B = -40 so B = -10, A = 2 and C = -40.
A composite number is any number that has more than two factors
It's a simple arithmetic calculation. A is exactly b more than B means A = B + b So in this case What is 2500 more than 7000, it means what is 2500 + 7000 = 9500.
b 108
There are two "is" in the question so there are three equivalent expressions. The three expressions are: A: 2*x - 2; B: x - something, where the something is not specified; and C: 48. Then A and B: 2*x - 2 = x - something - which cannot be solved; B and C: x - something = 48 - which cannot be solved; ; and A and C: 2*x - 2 = 48 which gives 2*x = 50 or x = 25.
Twice the difference between a number and thirteen can be written as 2 (b - 13) Five more than twice the difference between a number and thirteen can be written as 2 (b - 13) + 5. The algebraic expression is 2 (b - 13) + 5.
a. 8438 b. 6282 c. 14845
The greatest common factor of a prime number(a) and a composite number(b) is 1 if b is not divisible by a.Here, 48 is not divisible by 7. Therefore, GCF(48, 7) = 1.
The answer would be c. 48.
Two integers A and B are graphed on a number line. If A is less than B is A always less than B?
You can use arrows to show that one number is less than another: if a is less than b, you can symbolize that as a<b. If a is greater than b, you can write it as a>b.
1000