Ebony is cutting dough for pastries in her bakery. She needs all the pieces to be congruent triangles and has ensured that line
EF is congruent to line ON and angle MON is congruent to angle GEF What would Ebony need to compare in order to make sure the triangles are congruent by SAS?
A. Line OM and Line EF
B. Line EG and Line OM
C. Line NM and FG
D. Line EG and Line MN
A. Line OM and Line EF
B. Line EG and Line OM
C. Line NM and FG
D. Line EG and Line MN
2 answers:
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The Least Common Multiple is used to add fractions with unlike denominators:
Three things can happen:
1/3 + 1/7 - the LCM is the product of the denominators (in this case 21)
2/8 + 3/16 - the LCM is the greater denominator (in this case 16)
2/9 + 5/6 - the LCM is lower than the product of the denominators (in this case it is 18)
The Greatest Common Factor is used to reduce fractions quickly:
÷ 
= 
By using the GCF -in this case 24, I reduced the fraction in a single step.
If I kept dividing by 2/2 (not the GCF), it would take much longer:
48/72 = 24/36 = 12/18 = 6/9 and then I would still have to divide 6/9 by 3/3 to get 2/3
Three things can happen:
1/3 + 1/7 - the LCM is the product of the denominators (in this case 21)
2/8 + 3/16 - the LCM is the greater denominator (in this case 16)
2/9 + 5/6 - the LCM is lower than the product of the denominators (in this case it is 18)
The Greatest Common Factor is used to reduce fractions quickly:
By using the GCF -in this case 24, I reduced the fraction in a single step.
If I kept dividing by 2/2 (not the GCF), it would take much longer:
48/72 = 24/36 = 12/18 = 6/9 and then I would still have to divide 6/9 by 3/3 to get 2/3
Answer:
Step-by-step explanation:
The auxialary equation and solutions are as follows:
General solution is
Right side =cosx
Particular Integral
=
Hence full solution is