For this, we need to find the lowest common multiple of 12 and 15....
common multiples of 12 : 12,24,36,48,60
common multiples of 15 : 15,30,45,60
LCM = 60
the caller that will be the first to win both is the 60th caller
Answer:
1. 8x
2. 5m
3. 9y
4. 0
5. 2s
6. 5x + 9y
7. w + 4t
8. 7m - n + 6
9. x + 6y
10. 12x + 6
11. 5p + 3
12. 5x - 7
13. - 4c + 82
14. 4f + 2d + 2
Step-by-step explanation:
hope this helps
Raven ran the farthest on Friday because even though all mixed fractions have the same whole number which is 2, 7/10 is higher than all fractions so 2 7/10 is higher than all which makes it the answer.
Answer:
-9
Step-by-step explanation:
We are given the expression m–[(m–n)÷(−2)](−5). Substituting -4 for m and -6 for n, we get:
-4–[(-4 + 6)÷(−2)](−5)
We must do the work that appears inside parentheses first:
-4–[( 2 )÷(−2)](−5)
Next we must do the work that appears inside square brackets:
-4–[ -1 ](−5)
Multiplication comes next. The above expression becomes:
-4 - [ 5 ]
which in turn comes out to -9
Answer:
divide 2,000 and 8 and see wat u get
Step-by-step explanation:
