Answer:$342
Step-by-step explanation: First we convert to yards: which gives us 14/3 yards and 20/3 yards. We multiply these to find a combined area of 280/9 yards, which we then multiply to get 280*11/3. Simplify to get 342.22 repeating, which rounds to 342.
Answer:M=4
Step by step answer
9x^2-mx^2+12x-3=5x^2+12x-35
9x^2-mx^2+12x-3+3=5x^2+12x-35+3
9x^2-mx^2+12x=5x^2+12x-32
9x^2-mx^2+12x-12x=5x^2+12x-32-12x
9x^2-mx^2-5x^2=5x^2-32-5x^2
-mx^2+4x^2=-32
x^2(-m+4)=-32
M=4
Hope this helps (;
To avoid distortion of extreme
values, a good indicator would be the
B. median.
The ratio is (J/W) = 7/6. Or. J= (7/6)• W .
Second line: J= (7/6)• 24. J= 28.
Third line: J= (7/6)• 18. J= 21
From the astronaut to the horizon is a tangent line to the curvature of the earth. And from that point on the horizon to the center of the earth is at a right angle to the tangent and is equal to the radius of the earth...so we can say
cosα=r/(r+h) where r is the radius of the earth and h is the height above the surface of the earth...
α=arccos(r/(r+h))
now tanα=d/r where d is the distance from the astronaut to the point on the horizon so:
tan(arccos(r/(r+h))=d/r
d=rtan(arccos(r/(r+h))) and using r≈4000 and h=50 we get:
d=4000tan(arccos(4000/(4050)))
d≈634.42mi
d≈634 mi (to nearest mile)
