Answer:
I think it is B. -3x < - 30, but I might be wrong.
Step-by-step explanation:
Answer:
B
Step-by-step explanation:
You would distribute the negative sign in front of -3. -3 would then become 3.
-6 (3)
Then you would place them on a line.
Please mark as brainliest! If you need anymore help just let me know! :D
This pattern is clearly a geometric sequence because it does not have a common difference. Remember that an arithmetic sequence only occurs if one number goes to the next by either adding or subtracting by the same value.
An example of an arithmetic sequence is 3, 8, 13, 18,...
The sequence or pattern has a common difference of 5.
A geometric sequence goes from a number to the next by either multiplying or dividing by the same value.
So, in order to figure out the pattern we have to find the common ratio (what we multiply the numbers by to continue the pattern).
5x = 7.5
x = 1.5
7.5x = 11.25
x = 1.5
11.25x = 16.875
x = 1.5
Solution: The pattern is a geometric sequence. In order to go from one term to the next, each term needs to be multiplied by 1.5.
Answer:
Step-by-step explanation:
we have
Solve for n
That means-----> isolate the variable n
Divide by 
both sides
3x + 5 > 11
3x + (5 - 5) > 11 - 5
3x > 6
3x / 3 > 6 / 3
x > 2
x - 3 < 1
x (-3 + 3) < 1 + 3
x < 4
When subtracting / adding values to both sides, the inequality does not change.
When multiplying / dividing by a positive value, the inequality also doesn't change, but when multiplying , dividing with a negative value, the inequality must be flipped.
