Enable text based alternatives for graph display and drawing entry

Try another version of this question

Consider the following labor statistics for the adult population (age `16` and older) in Japan displayed in the table below (all numbers in millions).

Employed110
Unemployed16
Not in Labor Force95

Using the data above calculate Labor Force for Japan.

million

 

Consider the following labor statistics for adult population (age `16` and older) in Mexico displayed in the table below (all numbers in millions).

Employed120
Unemployed17
Not in Labor Force95

Using the data above calculate unemployment rate for Mexico.

million

 

Consider the following labor statistics for adult population (age `16` and older) in Japan displayed in the table below (all numbers in millions).

Employed150
Unemployed17
Not in Labor Force85

Using the data above calculate adult population for Japan.

million

 

Consider the following labor statistics for adult population (age `16` and older) in Norway displayed in the table below (all numbers in millions).

Employed120
Unemployed11
Not in Labor Force85

Using the data above calculate labor force participation rate for Norway.

 



Now let's try it using different numbers. Consider the following labor statistics for adult population (age `16` and older) in Mexico displayed in the table below (all numbers in millions).

Employed120
Unemployed15
Not in Labor Force85

First, calculate the unemployment rate. Then suppose that `4` million workers become discouraged and give up looking for a job. Using data above, calculate the new unemployment rate taking into account the discouraged workers.

 

What has happened to the unemployment rate as a result of people who have given up and stopped looking for a job?

 




X
MathQuill
   x  x    n  |   | (   ) π DNE
   x    (   ) π DNE
( ) ( ] [ ) [ ] —∞ DNE
< > or All Real Numbers DNE
log logn ln n  | | e 
sin cos tan arcsin arccos arctan  
[more..]