Q: How would the multiplier effect work when a factory close down in a city?

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Multiplicand x Multiplier = ProductMost people call the things you multiply factors and the result a product.In older terminology the things you multiplied were often called multiplicands.The term multiplier was also often used. The multiplier was often used for the smaller of the two numbers. These days, this distinction is seldom made.The smaller number is not necessarily the multiplier. These terms were useful when introducing the concept of multiplication as repetitive addition. For example: 3 x 5 ; 3 is the multiplicand (the things to be added), and 5 is the multiplier (how many times you add them up). So 3 x 5 would be introduced as 5 groups of 3 items, or 3 + 3 + 3 + 3 + 3 = 15.What are the parts of multiplication.The numbers being multiplied are called "factors" or "multiplicands". The result is the "product"The names and order they go in are: multiplicand, multiplier, and the answer to the multiplication problem is: product.ORif 3 x 5 = 15; 3 is the multiplicand, 5 is the multiplier and 15 is the product.Factors are what are multiplied to get a product (the result).

Why would you want to use three unit multipliers when the single multiplier: 3.2808 does the trick?

The related link that I posted sums it up pretty good, but here it is: Multiplicand X Multiplier = Product. From the Commutative Property of multiplication, you can take A X B and B X A and get the same answer, so many times, people just refer to them as factors: Factor X Factor = Product. The concept of a multiplier is important when teaching multiplication. If you have 4 x 5, the multiplier is 5, so you would perform 4 + 4 + 4 + 4 + 4 = 20 (add 4, five times), if you do 5 x 4, then it is 5 + 5 + 5 + 5 = 20. The multiplier tells you how many times to take the multiplicand as an addend and the resulting sum is the answer (product) to the multiplication problem.

~37.6991118431 It would, of course, go on forever, but that's a close approximation.

the measurement is not always exact and say you were to measure a football field and your measurement were to be exact it would be close to impossible

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You might be referring to the multiplier effect in economics. When a new factory is built people will be hired to staff it. People will also be hired to transport raw materials to the factory and to take away finished products. All of these people will be paid for their work. They might save some of their money, they will spend most of it. Any money that they save becomes available for loans that could be used to build other factories that will employ other people. So the money invested in the first factory will have been multiplied in the form of another factory, or at least part of another one. Meanwhile, the money that the new employees spend will go to other people. These people will save some and spend the rest. No new money has been created by this spending by it is as if the money has been multiplied because more people have been able to use it. This is the multiplier effect.

If they have connected stores close by them that have them, they get some from there or if the factory that makes them are close by, they would get a order from tehm or any stores that have them.....

Quite simply, no. The Spending multiplier, even on government spending, will always have a value of greater than one. It really is self-evident; for that money to be subjected to a multiplier, it must be circulating multiple times, therefore the first circulation (the initial spending) would result in a multiplier of one, and subsequent spends would increase the multiplier further

The multiplier you would use is 1000.1.9 km x 1000 = 1900 m

No such multiplier is possible.78 decreased by 78 is 0, so the decimal multiplier would to be 0. 156 decreased by 78 is 78 so the multiplier is 0.5. 1000000 decreased by 78 is 999922 so the multiplier is 0.999922 and so on. A different multiplier in each case.

The quantity to be multiplied by the multiplier is called multiplicand. Say sin(x) is multiplied by 5. Then sin(x) is the multiplicand. 5 is the multiplier. If sin(x) is the multiplier, then 5 would become the multiplicand.

The LCM would be 45.

4.

1000

Because of their behaviour they decided to deprive them of some of their privileges. If the factory did close it would deprive many of the employees of an income.

Since MPC+MPS=1 Then MPS=1-0.5=0.5 Tax Multiplier= -(MPC/MPS)=-0.5/0.5= -1

That would be infrared rays, this is due to the wavelength.