2√4a³b³c³
Basically, find the square root of everything inside.
Let's do this in small chunks.
√4 = 2
So, take out the square, and multiply it by 2, because 2 if on the OUTSIDE of the whole radical.
So, now we have :
4√a³b³c³
Take out the square of a³, b³, and c³
4abc√abc
~Hope I helped!~
Answer:
no
Step-by-step explanation:
the easiest way to find out is to plot these on a graph
for Diego's function, we will write the total amount of savings (or his goal) = the amount hes saving multiplied by the weeks he saves + the amount he started with
y = 2x + 10 (in blue in attached file)
same with Lin
y = 2x + 50 (in red in attached file)
if the lines cross at any point, then that point on the two lines is the same value of x AND y, otherwise, one or the other is a different value
beings as these two lines have the same rate of change, they will not cross, meaning that neither will have the same amount if the rate continues
Answer:
C) SSA is NOT a congruent postulate to prove any two triangles congruent to each other.
Step-by-step explanation:
Two Triangles are said to congruent if three sides of one triangle is equal to the 3 corresponding sides of other triangle and 3 angles on one triangle is equal to other 3 corresponding angles.
Two triangles can be proved congruent to each other by
A. SSS (SIDE SIDE SIDE) Postulate
Here, the threes sides of one triangle is equal to the 3 corresponding sides of the other triangle.
B. SAS (SIDE ANGLE SIDE) Postulate
Here, the two sides and any one angle of one triangle is equal to the two corresponding sides and one angle of the other triangle.
C. ASA ( ANGLE SIDE ANGLE) Postulate
Here, the two angles and the included angle of one triangle is equal to the two corresponding sides and included angle of the other triangle.
Hence, from the above option SSA is NOT A congruent postulate to prove any two triangles congruent to each other.