Sandy and robert each have various polygons in their polygon buckets. sandy randomly selects a polygon from her polygon bucket and robert randomly selects a polygon from his. a. who has a greater probability of selecting a quadrilateral? justify your conclusion. b. who has a greater probability of selecting an equilateral polygon? justify your conclusion. c. what is more likely to happen: sandy selecting a polygon with at least two sides that are parallel or robert selecting a polygon with at least two sides that are equal ? can anyone me with all this. i would appreciate it very much.

Solution:

we are given that

Sandy and Robert each have various polygons in their polygon buckets. Sandy randomly selects a polygon from her polygon bucket and Robert randomly selects a polygon from his.

A. who has a greater probability of selecting a quadrilateral? Justify your conclusion.

Sandy has greater proabaility(1/2) because in sandy bucket number of Quadrilaterals are more than the Robert(1/5). Also the number of polygon is less in case of Sandy. Hence greater proabaility for Sandy.

B. who has a greater probability of selecting an equilateral polygon? justify your conclusion.

Aagain sandy has greater probability because for sandy its 1/4 and for  Robert its 1/5.

C. what is more likely to happen: Sandy selecting a polygon with at least two sides that are parallel or Robert selecting a polygon with at least two sides that are equal ?

 Sandy has the probability of , while RFobert has the probability of . So again sany has greater probability.

(A)

Number of Quadrilateral in Sandy Bucket =[Square,Rhombus]=2

Number of Quadrilateral in Robert Bucket =[Kite,Quadrilateral]=2

Probability of an event

→Probability of Selecting a Quadrilateral by Sandy

→Probability of Selecting a Quadrilateral by Robert

Selecting a Quadrilateral by Sandy has more probability than Selecting a Quadrilateral by Robert.

(B)

Number of equilateral polygon in Sandy's Bag={Square, Equilateral Triangle,Regular Hexagon}

Probability of selecting an equilateral polygon by Sandy

Number of equilateral polygon in Robert's Bag=0

Probability of selecting an equilateral polygon by Robert=0

So, Probability of selecting an equilateral polygon by Sandy is greater than selecting an equilateral polygon by Robert.

(C)

Selecting a polygon with at least two sides that are parallel

           ={Square, Rhombus,Regular Hexagon}

Selecting a polygon with at least two sides that are equal

     ={Isosceles Triangle, Right Isosceles Triangle,Kite}

Probability of Selecting a polygon with at least two sides that are parallel out of four geometrical shapes by Sandy

Probability of Selecting a polygon with at least two sides that are parallel out of four geometrical shapes by Robert

Selecting a polygon with at least two sides that are parallel by Sandy is more likely than Selecting a polygon with at least two sides that are equal by Robert.

false

step-by-step explanation:

the most boring thing ever written

step-by-step explanation:

i am writing something. yes, i plan to make it the most boring thing ever written. i go to the store. a car is parked. many cars are parked or moving. some are blue. some are tan. they have windows. in the store, there are items for sale. these include such things as soap, detergent, magazines, and lettuce. you can enhance your life with these products. soap can be used for bathing, be it in a bathtub or in a shower. apply the soap to your body and rinse. detergent is used to wash clothes. place your dirty clothes into a washing machine and add some detergent as directed on the box. select the appropriate settings on your washing machine and you should be ready to begin. magazines are stapled reading material made with glossy paper, and they cover a wide variety of topics, ranging from news and politics to business and stock market information. some magazines are concerned with more recreational topics, like sports card collecting or different kinds of hairstyles. lettuce is a vegetable.