It could be x.
To find ( w ) in the analogy where ( w ) is to ( y ) as ( 5 ) is to ( 6 ) and ( 88 ), we interpret it as a ratio. The phrase suggests a comparison between ( w ) and ( y ) that corresponds to the relationship between ( 5 ) and the two numbers ( 6 ) and ( 88 ). However, the relationship isn't clearly defined; thus, without additional context, we can't determine ( w ) or its relationship to ( y ). If ( y ) corresponds to ( 88 ), then ( w ) could be calculated using ratios, but more information is needed for a precise answer.
W
if x + y = w, then x = w - y
x - y = w Add y to both sides: x = w + y
The sequence "xbxcw" alternates between the letters 'x' and 'c', with 'b' and 'w' appearing in between. Following this pattern, after 'w' the next letter would be 'y'. Thus, the next letter in the sequence is 'y'.
If the GCF of w and Y is 1, multiply them together.
X
x2=y
W goes into Y: y ÷ W = Y/W times.
To find ( w ) in the analogy where ( w ) is to ( y ) as ( 5 ) is to ( 6 ) and ( 88 ), we interpret it as a ratio. The phrase suggests a comparison between ( w ) and ( y ) that corresponds to the relationship between ( 5 ) and the two numbers ( 6 ) and ( 88 ). However, the relationship isn't clearly defined; thus, without additional context, we can't determine ( w ) or its relationship to ( y ). If ( y ) corresponds to ( 88 ), then ( w ) could be calculated using ratios, but more information is needed for a precise answer.
W goes into Y: y ÷ W = Y/W times.
Figure Y is circumscribed about figure X.
W
if x + y = w, then x = w - y
To find what percent of W is Y, you would use the formula: (Y / W) × 100. This calculation gives you the percentage of Y in relation to W. For example, if W is 50 and Y is 10, then (10 / 50) × 100 = 20%, meaning Y is 20% of W.
w=x-y w+y=x
Writing W/Y, as a decimal requires information about W and Y.