Additional wire of feet, in the form of a mixed fraction, is required to complete the job.
<h3>What is the length of additional wire required, in the form of a mixed fraction?</h3>
A mixed fraction is represented by both its quotient and remainder. An amalgam of a whole number and a legal fraction is a mixed fraction.
Max has total feet of wire, that is, 282/5 feet of wire.
Fred has total feet of wire, that is, 469/4 feet of wire.
The total amount of wire required=200 feet
The total amount of wire available=
An additional amount of wire is required=
=
=
Thus, the additional amount of wire required is expressed as a mixed fraction= of feet.
Learn more about mixed fractions here:
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Yes you are doing it right because 7*5=35 and 8*3=24.
Hey there!
The shape being described in letter A is a prism. A prism has two polygonal shapes on either end that can be any shape consisting of three or more sides. This won't be your answer, since cylinders have circular bases on either side.
The shape being described in letter B is a cylinder. Not sure why they needed to throw in the plane part, but this is the only answer that describes the bases as being circular (or, as they put it, discs).
The shape being described in letter C is a pyramid. If a shape has a polygonal base and meets at a point at the other end, it will be a pyramid. Obviously, a pyramid only has one end, meaning that this isn't your answer.
The shape being described in letter D is a cone. Again, if a shape has a base and meets at a point, it will be a pyramid. However, in the case of a cone, the base will be circular and the other side will meet at a point. The entire shape will be rounded where a pyramid would have edges. Again, not your answer.
Your answer will be B. Hope this helped you out! :-)
Answer:
x,y( 27/13 ,43/13)
Step-by-step explanation:
x=5-4y
•1-2x+5y=16
1-2(5-4y)+5y=16
y=27/13
x=5-4y
x=5-4×27/13
x=-43/13