Answer:
Table 1 and 2 represent a function
Step-by-step explanation:
Given
<em>Table 1</em>
x 5 10 11
y 3 9 15
<em></em>
<em>Table 2</em>
x 5 10 11
y 3 9 9
<em>Table 3</em>
x 5 10 10
y 3 9 15
Required
Determine which of the tables represent that y is a function of x
For a relation to be a function; the x values must be unique.
In other words, each x value must not be repeated;
Having said that;
Analyzing Table 1
<em>Table 1</em>
x 5 10 11
y 3 9 15
<em></em>
Note that the x rows are unique as no value were repeated;
Hence, Table 1 is a function
<em>Table 2</em>
x 5 10 11
y 3 9 9
Note that the x rows are unique as no value were repeated;
Hence, Table 2 is a function
<em>Table 3</em>
x 5 10 10
y 3 9 15
Note that the x rows are not unique because 10 was repeated twice;
Hence, Table 3 is not a function
To answer this you need to find the LCD (least common denominator) 2/3times4=8/12 and 3/4times3=9/12 and 9+8=17 then 17-12=5 so she bought 1 5/12 yards of ribbon
Answer:
she will be responsible with a big bill to pay that's for sure
Answer:
we can say that You drive 43.79 km
Step-by-step explanation:
Distance covered for drive to school = 24.84 km
Distance covered for drive to friends = 18.95 km
We need to find how far do you drive.
It means we need to find the total distance covered
<em>Total Distance Covered = Distance covered for drive to school + Distance covered for drive to friends</em>
Putting values and finding total distance
<em>Total Distance Covered = Distance covered for drive to school + Distance covered for drive to friends</em>
<em>Total Distance Covered = 24.84 + 18.95</em>
<em>Total Distance Covered = 43.79</em>
So, the total distance covered by you during driving is: 43.79 km
Therefore we can say that You drive 43.79 km
Answer:A
Step-by-step explanation:
You use the equation:
m= (y2-y1) ÷ ( x2-x1)
m= (12-9) ÷ (2-1)
m= 3÷1
m= 3