Answer:
The required formula is:
Step-by-step explanation:
The total number of squares of the the first term = 4
The total number of squares of the the second term = 7
The total number of squares of the the third term = 10
so,
Finding the common difference d
As the common difference 'd' is same, it means the sequence is in arithmetic.
So
If the initial term of an arithmetic progression is 
and the common difference of successive members is d, then the nth term of the sequence 
is given by:
Therefore, the required formula is:
The Greatest Common Factor (GCF) of 25, 5, 11 and 23, 52, 7 is 1, same with 22,3 and 23, 5 and 13, 193, 232.
The answer is ‘B’ hope this help pls add me in brianlist!
Answer:
A. SAS B. SSS C. AAS D. ASA
Step-by-step explanation:
A: Line segments AE and EB are congruent and line segments CE and ED are also congruent. The Angles in between line segments AE and EB and line segments CE and ED are congruent to each other
B: Line segments QT and TS are congruent. Line segments QR and RS are congruent. Both triangles share line segment TR
C: Angles A and B are congruent. Angles D1 and D2 are congruent. Line segment CD is shared between both triangles.
D: Angles C1 and C2 are congruent. Angles B1 and B2 are congruent. Line segment CB is shared between the two triangles.
Answer:
i believe it might be 50%
Step-by-step explanation:
