Eksempler på brug af Corresponding sides på Engelsk og deres oversættelser til Dansk
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And the reason why similarity is useful is because that tells you the ratio between corresponding sides are going to be the same.
They have mixed the A and the D together. x plus 2 over y plus 1 is not the same thing as A/D. We're not even using corresponding sides.
we know that if two triangles are congruent All of their corresponding sides and angles.
they have completely different sizes but they have corresponding sides.
What's powerful there is if we know all the corresponding sides are equal,
that means that their corresponding sides have the same length,
So if you have all three corresponding sides, the ratio between all three corresponding sides are the same then we know that we are dealing with similar triangles.
We now know that for these two triangles, the ratio of the corresponding sides are going to be constant, so for example the ratio between CF and 9, the corresponding sides, the ratio between CF and 9 has got
And now if we can show you the ratio of his side CI is FO is 2 to 1 that we have two corresponding sides where the ratio is 2 to 1,
This is the distance between the corresponding side of the medial triangle and the smaller medial triangle and it's orthocenter.
So in general to go from the corresponding side here to the corresponding side there, we always multiply by 10 on every side. .
if the ratio between one corresponding side and the other corresponding,
So we just figured out these two angles are the same, and that this is that angle's corresponding side.
this side right over here which is a corresponding side.
If the vehicle crosses a lane marking, the driver is immediately warned by pulsating on the corresponding side of the seat.
So AB and XY of one corresponding side, And then another corresponding side, so that's that second side,
you have this side is congruent to the corresponding side on triangle BMC, then you have an angle in between that corresponds to this angle over here,
the length of XY to the length of AB which is of course the corresponding side.
And so you have corresponding sides have the same ratio.
Which means that the ratio of corresponding sides Are going to be constant.