Arestaurant needs to plan seating for a party of 150 people. large tables seat 10 people and small tables seat 6. let x represent the number of large tables and y represent the number of small tables. the expression 10a + 6b, which represents the total number of people you can seat using a large tables and b small tables, is called a linear combination. for instance, 150 people could be seated using 12 large tables and 5 small tables. use that expression to enter an equation in standard form that models all the different combinations of tables the restaurant could use. then identify at least one possible combination of tables other than (12, 5).

The combination of tables is required.

The points are

The number of large tables is

The number of small tables is

Large tables seat 10 people

Small tables seat 6 people

Total number of people is 150.

The equation will be

Let us find two points of the line

The two points are and

Plot it on a graph sheet and join the points.

Find the whole number points on the line in first quadrant as negative number of people is not possible.

The values on the line will give use the required points.

The points are

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A=0, 3, 6, 9, 12, 15

B=25, 20, 15, 10, 5, 0

Step-by-step explanation:

10*A + 6*B = 150

B=150/6 - (10 * A/ 6) = 25 - (5 * A / 3)

A should be one of the multiple of 3

A=0, 3, 6, 9, 12, 15

B=25, 20, 15, 10, 5, 0

Ans: (0, 25) or (3, 20) or (6, 15) or (9, 10) or (15, 0)

no problobm

step-by-step explanation:

not enough information

step-by-step explanation:

we cannot know this, because the other students could have handed out 10 flyers, or they could have handed out 100. one way, the mean would go up, and another way, the mean would go down.