Answer:
1.5
Step-by-step explanation:
Answer:
It won't let me see the picture
Step-by-step explanation:
Answer:
Step-by-step explanation:
5) P1=(x1,y1) P2=(x2,y2)
P1=(0,1) P2=(4,-1)
m = y2-y1 / x2-x1
m= -1-1 / 4-0
m= -1/4
point-slope formula (memorize this ) [y-y1=m(x-x1)
y-1= -1/4(x-0)
y-1 = -1/4x
y= -1/4x+1
6) P1=(-3,3) P2=(0,-1) ( same process as above)
m=-1-3 / 0-(-3)
m= -4/3
y-3= -4/3(x-(-3))
y-3 = -4/3(x+3)
y-3 = -4/3x -4
y = -4/3x -4+3
y = -4/3x -1
7) P1=(0,-1) P2=(-2,-2) (same process as above)
m= -2-(-1) / -2-0
m= -2+1 / -2
m= -1 / -2
m= 1/2
y-(-1) =1/2(x-0)
y+1= 1/2x
y= 1/2x -1
8) P1=(1,-5) P2=(-2,2)
m=
I'll let you work out the rest of 8.. just follow what i've shown above.. ask later if you need more help :)
Answer:
5,250 Enrolled Students
Step-by-step explanation:
As there are 50 states, and we need to ensure that out of the total enrolled students, atleast 105 students come from the same state.
The minimum possible number of students who are enrolled at the university must be as follows:
Minumum number of enrolled students = number of states x least number of students from same state
Where:
Number of states = 50
Least number of students from same state = 105
Therefore:
Minumum number of enrolled students = 50 x 105 = 5,250 Enrolled Students