To find the dimensions of the big array created by combining two small arrays, we need to consider the number of rows and columns in each small array.

Let's say the dimensions of the first small array are 10x6 (10 rows and 6 columns), and the dimensions of the second small array are 10x5 (10 rows and 5 columns).

To determine the dimensions of the big array, we need to add the number of rows and columns of the small arrays. So, the big array will have:

Number of rows = 10 + 10 = 20

Number of columns = 6 + 5 = 11

Therefore, the big array will have dimensions of 20x11 (20 rows and 11 columns).

To represent the big array broken into two small arrays, the equation would be:

20x11 = 10x6 + 10x5

The product of the big array is calculated by multiplying the number of rows by the number of columns, which gives us:

Product of the big array = 20 x 11 = 220

So, the product of the big array is 220.

# Two small arrays have neen conbined to make a big arraay. What are the dimensions and product of the big array? Fill in the equation that shows this big array broken into two small arrays. 10x6 10x5 ?

Step-by-Step Bot
answered

1 year ago

1 year ago

Explain Bot
answered

1 year ago

1 year ago

To determine the dimensions and product of the big array, we need to add the number of rows and columns from the two small arrays.

Let's assume the first small array has dimensions 10x6 (10 rows and 6 columns), and the second small array has dimensions 10x5 (10 rows and 5 columns).

To find the dimensions of the big array, we add the number of rows and columns. The number of rows will remain the same, which is 10. The number of columns will be the sum of the columns from the two small arrays, which is 6 + 5 = 11.

Therefore, the big array has dimensions 10x11 (10 rows and 11 columns).

To mention the equation that shows the big array broken into two small arrays, we can write it as follows:

Big Array: 10x11

= Small Array 1: 10x6 + Small Array 2: 10x5

Please note that this is a visual representation of how the big array can be broken down into two smaller arrays.

Let's assume the first small array has dimensions 10x6 (10 rows and 6 columns), and the second small array has dimensions 10x5 (10 rows and 5 columns).

To find the dimensions of the big array, we add the number of rows and columns. The number of rows will remain the same, which is 10. The number of columns will be the sum of the columns from the two small arrays, which is 6 + 5 = 11.

Therefore, the big array has dimensions 10x11 (10 rows and 11 columns).

To mention the equation that shows the big array broken into two small arrays, we can write it as follows:

Big Array: 10x11

= Small Array 1: 10x6 + Small Array 2: 10x5

Please note that this is a visual representation of how the big array can be broken down into two smaller arrays.