Answer:
b) −3y2−2x+1
d) −4xy+4y2−y−10
Step-by-step explanation:
b) -4x <u>+ y2</u> <em>- 9</em> <em>+ 10</em> - x + 3x<u> - 4y2</u>
<u>(i have just underlined, italic and made it bold to show the like terms)</u>
-4x - x + 3x = -2x
y2 - 4y2 = -3y2
-9 + 10 = 1
-2x - 3y2 + 1
d) 0 - 20 <u>- 5xy</u> + 4y2 + 10 - y <u>+ xy</u>
<u>(i have just underlined, italic and made it bold to show the like terms, however the '-y' and '4y2' have no like terms)</u>
0 - 20 + 10 = - 10
-5xy + xy = - 4xy
-10-4xy+4y2-y
This state action is referred to as monadic. This is a function or a relation with an arity of one. A monad can relate an algebraic theory into a <span>composition of a function though its power is not always apparent.</span>
Answer:
The false statement is "it can be used for one variables at a time"
Step-by-step explanation:
Given:
Simulation for NPV.
To Find :
Which statements is not correct .
Solution;
In simulation NPVs, Net present values.
<em>In Excel the simulation called as monte carlo simulation</em>
So it consists of variables like mean ,standard deviation, variance etc.
In simulation it develops the graphs .
It consists of formula for probability calculation
So it has probability distribution function.
Ultimately, It will develop the output values for input variables.
Hence The false statement will be that" it can only be used for one variable at a time"
The values of the number is 43
x+21=64
subtract 21 on each side
x = 43