Triangle MNO has been dilated to form triangle MꞌNꞌOꞌ.

2 answers:

3 0

<span>All given data are: M(1,-3), N(-2, 0) and O(2,1), M’(1 5/10, -4 5/10), N’(-3,0) and O’(3, 1 5/10) Side MO=4, and side M’O’=6. We will find the scale factor. The simple method for finding the scale factor is the use of the following formula: SF= LL / SL, SF= scale factor, LL=the larger length, SL = the smaller length. Since Side MO=4, and side M’O’=6, we can deduce that SF=6/4= 3/2, the scale factor is SF=3/2 </span>

sattari [20]3 years ago

3 0

All given data are: M(1,-3), N(-2, 0) and O(2,1), M’(1 5/10, -4 5/10), N’(-3,0) and O’(3, 1 5/10) Side MO=4, and side M’O’=6. We will find the scale factor. The simple method for finding the scale factor is the use of the following formula: SF= LL / SL, SF= scale factor, LL=the larger length, SL = the smaller length. Since Side MO=4, and side M’O’=6, we can deduce that SF=6/4= 3/2, the scale factor is SF=3/2

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Step-by-step explanation:

Given that ;

Carlos needs 1.7 meters of wire for one project &

0.8 meters of wire for another project

we are to shade the model to represent the total amount of wire Carlos needs .

NOW;

For both projects ; Carlos needs ( 1.7 + 0.8) meters of wire = 2.5 meters of wire

In the attached files below. the first picture shows the diagram attached to the question and the second one shows the shading of the model which represent the total amount of wire Carlos needs.