Answer:
the gcm or greatest common factor is <u>3xy</u> :)
Step-by-step explanation:
Factor 18x2y3−6xy2+3x3y
18x2y3+3x3y−6xy2
=3xy(6xy2+x2−2y)
3xy(6xy2+x2−2y)
3xy
HOPE THIS HELPS
Answer:
29
Step-by-step explanation:
hope this helps
Sorry if I’m wrong
Hello!
3x - 32 = -7x + 28
-32 - 28 = -7x - 3x
-60 = -10x
-6 = -x
6 = x
x = 6
I hope this helps you! Have a lovely day!
- Mal
Answer:
The probability of a blue jay being the next bid papa sees 0.4214
Step-by-step explanation:
<u>Definition of probability</u>:-
In a random experiment, let there be 'n' mutually exclusive and equally likely elementary events. Let 'E' be an event of the experiment. If 'm' elementary events form event E(are favorable to E) then the probability of E( probability
of happening of E or chance of E) , is defined as
P(E) =
Given data 59 blue jays, 68 black crows, and 12 red robins and one cardinal
so total 59+68+12+1 = 140
The probability of a blue jay being the next bid papa sees
P(E) = = = 0.4214
<u>Final answer:</u>-
The probability of a blue jay being the next bid papa sees is 0.4214
I think the correct answer is option D. It would be rotational symmetry that allows a figure to remain congruent as it rotates around a point in its plane. It also known as a radial symmetry. A figure which has this type of symmetry would look the same after rotating the figure by any angle. The degree of this symmetry would range from 2 to any positive whole integer. It depends on the number of distinct orientations that the figure would look the same. Examples are the shapes such as rectangles, circles, squares, stars, hexagon, pentagon and all regular polygons.