Mathematics, 26.09.2021 03:00 christian5668
Chuck and Mike need to divide a couch and a pool table. Using the Method of Sealed
Bids, they place the following bids on the items.
.
Chuck bids $406 on the couch, and $94 on the pool table.
• Mike bids $180 on the couch, and $199 on the pool table.
Chuck will get the couch. Mike will take the pool table and will also get a little bit of
money from Chuck. To make the division fair, how much money will Chuck have to
give to Mike?
Answers: 2
Mathematics, 21.06.2019 21:30
Complete each statement from the information given and the triangle criterion you used. if the triangles cannot be shown to be congruent, leave the box for the second triangle blank and choose for reason “cannot be determined.” carbon - regular hexagon. ∆can ≅ ∆ by
Answers: 1
Mathematics, 21.06.2019 22:20
Select the correct answer from each drop-down menu. the table shows the annual sales revenue for different types of automobiles from three automobile manufacturers. sales revenue (millions of dollars) suv sedan truck marginal total b & b motors 22 15 9 46 pluto cars 25 27 10 62 panther motors 26 34 12 72 marginal total 73 76 31 180 the company with the highest percentage of sales revenue from sedans is . of the annual sales revenue from suvs, the relative frequency of pluto cars is .
Answers: 1
Mathematics, 22.06.2019 01:30
If you were constructing a triangular frame, and you had wood in the length of 4 inches, 4 inches, and 7 inches, would it make a triangle? would you be able to create a frame from these pieces of wood?
Answers: 2
Mathematics, 22.06.2019 01:30
Drag the titles to the correct boxes to complete the pairs. the probability that kevin has diabetes and the test
Answers: 3
Chuck and Mike need to divide a couch and a pool table. Using the Method of Sealed
Bids, they plac...
Mathematics, 12.02.2020 19:29
Mathematics, 12.02.2020 19:29
Computers and Technology, 12.02.2020 19:29
Mathematics, 12.02.2020 19:30
Health, 12.02.2020 19:30
Mathematics, 12.02.2020 19:30
English, 12.02.2020 19:30
English, 12.02.2020 19:30
Mathematics, 12.02.2020 19:30