Any applicent that went for 3-5, 6-8, or 9-11 went to fewer than 12 interviews. Therefore, we need to total these three columns up to find all the applicents that went on fewer than 12. 3-5 went on 6, 6-8 went on 8, and 9-11 went on 5. Therefore, 6 + 8 + 5 = 19 applicents.
20 times 98 is the product of 20 and 98
Thus 20 times 98 = 20 × 98 = 1960
F(x)=3x-1
y-intercept:
y=3(0)-1
y=-1
x-intercept:
0=3x-1
1=3x
1/3=x
g(x)=2f(x)-4
y-intercept:
y=2f(0)-4
y=2(-1)-4
y=-6
x-intercept:
0=2f(x)-4
0=2(3x-1)-4
0=6x-2-4
0=6x-6
0=x-1
1=x
Hope I helped :)
Answer:
m∠A=30°
Step-by-step explanation:
we know that
<u><em>Vertical Angles</em></u> are the angles opposite each other when two lines cross.
Vertical angles always are congruent
In this problem
m∠A=m∠B ----> by vertical angles
we have
m∠A=x
m∠B=3x-60
substitute
Solve for x
therefore
m∠A=30°
