Answer:
b = (-3)/2
Step-by-step explanation:
Solve for b:
(-10 b)/3 = 5
Multiply both sides of (-10 b)/3 = 5 by -3/10:
(-3 (-10) b)/(10×3) = (-3)/10×5
(-3)/10×(-10)/3 = (-3 (-10))/(10×3):
(-3 (-10))/(10×3) b = (-3)/10×5
(-3)/10×5 = (-3×5)/10:
(-3 (-10) b)/(10×3) = (-3×5)/10
(-10)/10 = (10 (-1))/10 = -1:
(-3-1 b)/3 = (-3×5)/10
(-3)/3 = (3 (-1))/3 = -1:
--1 b = (-3×5)/10
(-1)^2 = 1:
b = (-3×5)/10
5/10 = 5/(5×2) = 1/2:
Answer: b = (-3)/2
I think it's the first 7.
I hope this helps :-)
The answer for x=-1
The answer for y=-5/2
I believe these are correct
One of the three economic questions deals with deciding what goods and services must be produced from available resources.
Here are the Three Main Economic Questions
1) Who consumes the goods and services produced in society?
2) What goods and services must be produced in society?
3) How should goods and services be produced in society?
<span>These questions are very important because it deals on how available resources are allocated to produce essential goods and services demanded by consumer
</span>
Answer:
The daily shop productivity is 480 frames
Step-by-step explanation:
The daily machine productivity refers to the TOTAL production made in a day.
The problem says that a shop produces metal on two different machines. It means that you must take into account the daily production of each one for finding the total production.
The first machine produces 300 frames in a day.
The second machine produces 180 frames in a day too.
So, if the first and the second machines are working together in a single day, the TOTAL daily production is the sum of the production of each one.
Thus, the daily shop productivity is 480 frames
