Answer: , y = 72
<u>Step-by-step explanation:</u>
varies directly is:
y = 72
Answer: GN runs between a vertex and the midpoint of the opposite side, so it is a median.
HK is an altitude because it is perpendicular to base GJ and H is a vertex.
ML is not perpendicular to a base although it does bisect a base, but anyway, neither M nor L is a vertex: ML is neither altitude nor median.
Step-by-step explanation:
"A median of a triangle is a line segment joining a vertex to the midpoint of the opposing side, bisecting it. ... Each median divides the area of the triangle in half; hence the name" Wikipedia.
If his best time is x, and the best time is smaller, then (1+1/3)*x=his second best time. If x+4=his second best time (since his second best time is 4 seconds slower), then (1+1/3)*x=x+4. Multiplying it out, we get (3/3+1/3)*x=x+4
=4x/3=x+4. Subtracting x from both sides, we get 4x/3-3x/3=x/3=4. Multiplying both sides by 3, we get x=12=his best time
Answer:
I do not know the answer of this question
Answer:
Answer for question (a) is choice C. $129,574,501,848
Answer for question (b) is choice B. $153,274,185,397
Step-by-step explanation:
P = $23
r = 6%
t = 377 years
<u />
<u>If the money were compounded quarterly amount invested would be:</u>
<u />
A = P(1 + )^nt
A = $23(1 + )^4(377)
A = $129,574,501,848
<u>If the money were compounded continuously amount invested would be:</u>
<u />
A = P ×
Where (e) is the Euler's constant
A = $23 ×
A = $153,274,185,397