Posted by **Mario** on Monday, January 16, 2012 at 7:50pm.

suppose you use the rule (3x+1,3y-4) to transform the original figure into a new figure. How would the angles of the new figure compare with the angles of the original? Please, I need help ASAP

- math -
**MathMate**, Monday, January 16, 2012 at 7:57pm
The transformation is isotropic, i.e. expands/contracts in the same proportion in both directions, evidenced by the common factor 3 in both x and y.

Thus the image retains the same shape as the original, in other words, angles are preserved.

The +1 and -4 are translations which do not change the shape nor the size of the image.

## Answer this Question

## Related Questions

- 7th grade math - suppose you used the rule (3x+1,3y-4) to transform the original...
- math - suppose you use the rule (3x+1,3y-4) to transform the original figure ...
- math - suppose you used the rule (3x+1,3y-4) to transform the original figure ...
- math - suppose you used the rule (3x+1,3y-4) to transform the original figure ...
- math - if you used the rule (6x, 6y) to transform Mug into a new figure, how ...
- test - If you used the rule (1/2x,1/2y)to to transform the original figure,how ...
- math - If you used the rule (1/2x,1/2y)to to transform the original figure,how ...
- geometry - If you used the (3/4x,3/4y) to transform the original figure, how ...
- math - New photo imaging techniques on computers allow artists to distort an ...
- Math I REALLY NEED HELP!!!!!!!!! - A figure is dilated by a scale factor of 4. ...