3×2.7=8.1
HOPE THIS HELPS!!!!!!!!!
how do you solve it?
Answer:
32.5 miles
Step-by-step explanation:
Given that:
Eastbound bus :
0.8 miles every 45 seconds
Speed per second :
0.8 / 45 = 0.0177777 miles per second
Distance after 15 minutes
(15 * 60) * 0.0177777 = 16 miles
Westbound bus:
0.55 miles every 30 seconds
Speed per second :
0.55 / 30 = 0.0183333 miles per second
Distance after 15 minutes :
(15 * 60) * 0.0183333 = 16.5 miles
Distance apart :
16 miles + 16.5 miles = 32.5 miles
METHOD 2:
Distance covered after 15 minutes :
15 minutes = 15 * 60 = 900 seconds
Distance apart after 900 seconds :
[0.8 * (900/45)] + [0.55 * (900/30)]
16 + 16.5
= 32.5 miles
123 meetings the manufacturing company need to schedule.
A relative value that represents hundredths of any quantity, the percentage. The hundredth component, one percent (symbolized as 1%), is denoted by 100 percent, while 200 percent denotes double the quantity stated.
Given, There are 33,483 employees in a manufacturing company. All of them had to attend the meeting since The meeting room holds a total of 315 persons.
Thus total meeting needed = 33,483/ 315
Total meeting needed = 122.16
Therefore, the company needs to hold 123 meetings so that all employees can attend the meeting.
Learn more about percentages here:
#SPJ5
Paige's claim can be verified through three methods: substitution, elimination, and graphing. Each method involves using the potential solution (-2,-5) to determine if it is a valid solution to the given systems of linear equations.
The verification of Paige's claim that the solution to the systems of linear equations y=2x-1 and -12x+3y=9 is (-2,-5), can be achieved by using three distinct methods. These methods include: 1. Substitution; 2. Elimination; and 3. Graphing.
Substitution: You substitute the x and y values of the proposed solution into both equations to verify whether both are true. In this case, substituting x=-2 and y=-5 into both equations should confirm whether Paige's claim is correct.
Elimination: You can add or subtract the two equations in order to eliminate one of the variables and solve for the other. You then confirm if the solution matches Paige's claim.
Fianlly, Graphing: You graph both equations on the same axes and determine their point of intersection. If the point of intersection is (-2,-5), then Paige's claim is verified.
#SPJ12