3. Researchers wanted to determine if carpeted rooms contained more bacteria thàn uncarpeted rooms. To determine the amount of bacteria in a room, researchers pumped the from the room over a Petri dish at the rate of 1 cubic foot per minute for eight carpeted roon and eight uncarpeted rooms. Colonies of bacteria were allowed to form in the 16 Petri dishes The results are presented in the table below. A normal probability plot and boxplot indicate that the data are approximately normally distributed with no outliers. Do carpeted rooms have MORE bacteria than uncarpeted rooms at the a = 0.05 level of significance? Carpeted Rooms (bacteria/cubic foot) 11.8 8.2 7.1 13.0 Uncarpeted Rooms (bacteria/cubic foot) 12.0 10.8 10.1 14.6 12.1 8.3 3.8 7.2 11.1 10.1 14.0 13.7

If 6 L of a solvent costs $77 per liter, then the value of the 6 L of solvent is

. Explain what primary concept does the proof of the Root test use?

How many gallons of gasoline that is 12% ethanol must be added to 2,000 gallons of gasoline with no ethanol (0%) to get a mixture that is 10% ethanol?

Assume your company buys a parcel of land containing 283.5 acres. One-fourth of the land must be used for streets, and each homesite is to contain 3/7 of an acre. How many homesites will there be?

We are constructing a box from a rectangular piece of cardboard. The piece of cardboard which measures 20 inches wide and 58 inches long.  We will remove a square of size “x” inches from each corner and turn up the edges. Once we remove the squares of size “x” inches from each corner and turn up the edges, we create a box: Label the dimensions of the newly created box using the variable “x”.   h=h=     w=w=                    l=l=         What is the equation that represents the Volume of the box as a function of the cutsize of the box? V(x)=Vx=      What is the restricted domain of this problem? (That is, what x values "make sense"?)  ≤x≤≤x≤     What is the restricted range of this problem? (That is, what V values "make sense"?)  ≤V(x)≤≤Vx≤   (round to 1 decimal place)   To maximize the volume of the newly created box, how much should be cut from each corner? x=x=  inches (round to 1 decimal place) What is the maximum volume the box can hold? V=V=  in3  (round to 1 decimal…

Here's another one. Help me please...

Does this value make sense in the context of the problem?

Arrange these steps in the correct order to prove that if you have an 8-gallon jug of water and two empty jugs with capacities of 5 gallons and 3 gallons, respectively, then you can measure 4 gallons by successively pouring some of or all of the water in a jug into another jug in the correct order. Rank the options below. Fill the 3-gallon jug from the 5-gallon jug, leaving (3, 2, 3). Empty the 5-gallon jug's contents into the 3-gallon jug, leaving (6, 0, 2), and then fill the 5-gallon jug from the 8-gallon jug, producing (1, 5, 2). Fill the 5-gallon jug from the 8-gallon jug, leaving the contents (3, 5, 0), where the ordered triple is used to record the amount of water in the 8-gallon jug, the 5-gallon jug, and the 3-gallon jug, respectively. Top off the 3-gallon jug from the 5-gallon jug, and there will be (1, 4, 3), with four gallons in the 5-gallon jug. Pour the contents of the 3-gallon jug back into the 8-gallon jug, leaving (6, 2, 0). ❤ ← ←