The complete question in the attached figure
we know that
volume of <span>the railing=volume of a rectangular prism+volume </span><span>a half cylinder
convert 27 ft to inches--------> 27*12-----> 324 in
step 1
find the </span>volume of a rectangular prism
volume of a rectangular prism=L*W*H-----> 324*2.5*1.25-----> 1012.5 in³
step 2
find volume a half cylinder
volume a half cylinder=(1/2)*pi*r²*h
r=1.25 in
h= 324 in
volume a half cylinder=(1/2)*pi*1.25²*324---> 795.22 in³
step 3
volume of the railing=volume of a rectangular prism+volume a half cylinder
volume of the railing=1012.5+795.22------>1807.72 in³------> 1808 in³
the answer is1808 in³
What is the volume of the composite figure? (Use for .) Do NOT round your answer
answer- 2388.16
in- 3
Answer:
2xy is the greatest common factor of the three monomials.
Step-by-step explanation:
There are three monomials such that greatest common factor of first and third monomial is 2xy and greatest common factor of second and third monomial is 2x²y.
As we know greatest common factor means, common prime factors of two numbers or expressions.
Greatest common factors of 1st and second and greatest common factors of 2nd and third monomials have been given.
So, common prime factors of these two greatest common factors will be greatest common factor of all three monomials.
Prime factors of 2xy = (2)(x)(y)
Prime factors of 2x²y = (2)(x)(x)(y)
So common factors are (2)(x)(y) which is the greatest common factors of all three monomials.
Answer:
Your answer is -14
Step-by-step explanation: