Answer:
-8c+6
Step-by-step explanation:
2(-6c+3)+4c = -12c+6+4c = -8c+6
Answer:
576 cuboids
Step-by-step explanation:
Let
x -----> the length side of the cube
n -----> number of cuboids that are needed
we know that
The volume of the cuboid is equal to
The volume of the cube is equal to
Find the number of cuboids that are needed
n*24 must be a perfect cube
so
The minimum value that satisfied n to make n*24 a perfect cube is n=576
Answer:
{s | s < -8 or s >= -2}
Step-by-step explanation:
In order to solve an inequality we simply have to isolate the variable by applying the opposite operations on each side.
s - 2 < -10 ... add 2 to both sides
s < -8
-3s <= 6 ... divide both sides by -3, since we are dividing a negative number you must flip the sign
x >= -2
Therefore the final answer would be {s | s < -8 or s >= -2} which is the 3rd graphed multiple choice answer as seen attached to this answer.
Answer:
(4) (M∠1 + m∠2) = 180 and (m∠3 + m∠4 + m∠2) = 180
Step-by-step explanation:
b= --6
So you multiply both sides by 6
6*5/6(12-5b)=35*6
Which would turn out to be
5(12-5b)= 210
Then divide both sides by 5
and you would get
5(12-5b)/5= 210/5
And you would get
12-5b=4
Then subtract 12 from both sides
12-5b-12= 42-12 which is
-5b=30
now divide both sides by 5 and you would get
-6