Dustin and kendra want to split a bag of fun-sized candy, and decide to use the divider-chooser method. the bag contains 100 snickers, 100 milky ways, and 100 reese's, which dustin values at $1, $5, and $2 respectively. (this means dustin values the 100 snickers together at $1, or $0.01 for 1 snickers). if kendra is the divider, and in one half puts: 25 snickers, 20 milky ways, and 60 reese's a. what is the value of this half in dustin's eyes? b. does dustin consider this a fair share? c. if dustin was a divider, find a possible division that is consistent with his value system.

a)2,45$

b)No

c)1st half: 50 Snickers, 50 Milky Ways, 50 Reese's

2st half: 50 Snickers, 50 Milky Ways, 50 Reese's

Step-by-step explanation:

a)The value of this half in Dustin's eyes is:

2,45$

b)Lets find the other half's value in Dustin's eyes:

6,3$>2,45$

It is not a fair share for Dustin.

c)If Dustin was a divider, we would divide it like below:

1st half: 50 Snickers, 50 Milky Ways, 50 Reese's

2st half: 50 Snickers, 50 Milky Ways, 50 Reese's

answer: (-8,4) are the coordinates of a

step-by-step explanation:

let the side of square abcd is x .

thus the area of square abcd is .

now, by the diagram area of triangle ead= 1/2 × ea × ad = 1/2 × ea × x

( because ad is the side of square)

and, according to the question,

the areas of square abcd and right ead are equal.

⇒

⇒ea=2x

thus, ea: ab=2: 1

therefore, point a divides line segment eb into the ratio 2: 1.

⇒ by sectional formula coordinates of a are,

=

=

=(-8, 4)

thus the coordinates of a are (-8,4)