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here columns 2 and 3 represent the system. what do you think happens when incoming orders equal the outgoing orders ?
When they equal they will increase
Think a bit, suppose you're eating 10 candies every hour. And somebody is throwing 10 number of candies each hour into your room. How many candies will remain uneaten in the room ?
10 x 10 which equals 100
Nope. There wont be any candies left in the room because you're eating all the candies
similarly when the incoming orders equal the outgoing orders, the warehouse would be EMPTY.
if that makes any sense..
i just need to find what the solution is and what it represents.
Look at the table, in which month do we have incoming orders = outgoing orders ?
@ganeshie8 I need help with this problem too. May I continue where you left off?
The month you have incoming orders = outgoing orders is January
What is next?
Yes, so the solution to the system is (1, 3)
What does the 1 and 3 represent? I am confused
1 = january 3 = incoming orders = outgoing orders
This is actually the problem I am working on so can we work with this one please Your boss hands you the monthly data that show the number of orders coming in to and out of the warehouse. The data are in the table below. Explain to your boss, in complete sentences, the solution to this system and what the solution represents. Month No. of orders in No. of orders out January (1) 2 3 February (2) 4 4 March (3) 6 5 April (4) 8 6
so on ur problem, in which month the incoming orders equal outgoing orders ?
February so (2,4) right?
the solution represents the month in which the warehouse is empty; because the warehouse will be empty when the incoming orders equal the outgoing orders
So the solution is 2, 4 and it represents what you said? Am I right?
Yep, rephrase it into your own and use as many sentences as you can.
Okay Thank you @ganeshie8 I will be sure to fan you.