Rectangular arrays whose dimensions are whole numbers can be used to illustrate the factors of a number. What can be said about the number of rectangular arrays for each of the following types of numbers?a. Prime numberb. Composite numberc. Square number

Step-by-step explanation:

a) For a prime numbers we have array with 2 rectangulars R1: a=1 and b=prime number; R2: a=prime number and b=1. Both has the same are, that prime number.

b) For a composite number which are not square number we have rectanular array with even numbers of ractangulars. For example, number 6.

R1: a=1,b=6; R2: a=2,b=3; R3: a=3, b=2; R4: a=6,b=1. Each rectangular has the same area, 6.

c) The square number we alway have te odd number of rectanulars, because of the square a=x,b=x can not be simetric. For example 16.

R1: a=1,b=16; R2: a=2 , b=8; R3: a=4,b=4; R4: a=8, b=2; R5:a=16,b=1.Each rectangular has the same area, 16.

the answer is c.

for continuous functions, they continue in the same pattern and you have to find that pattern kinda like slope

step-by-step explanation: