7 x 4
Nine times eight equals seventy two
The identity property is when a factor in an multiplication problem keeps its identity for example= eight times one equals eight (the eight keeps its identity)
9 multiplied by 8 equals 72. This is a basic multiplication problem where you can think of it as adding 9 together eight times or vice versa.
One-third of twenty-four is eight. This is calculated by dividing twenty-four by three, which equals eight.
There are four sevens in twenty-eight, as 28 divided by 7 equals 4. This means you can fit four groups of seven into twenty-eight without any remainder.
Nine times eight equals seventy two
The identity property is when a factor in an multiplication problem keeps its identity for example= eight times one equals eight (the eight keeps its identity)
9 multiplied by 8 equals 72. This is a basic multiplication problem where you can think of it as adding 9 together eight times or vice versa.
One-third of twenty-four is eight. This is calculated by dividing twenty-four by three, which equals eight.
42/3
To do this, first we convert to twenty-eights. That gives us eight twenty-eights minus seven twenty-eights which equals one twenty-eight.
There are four sevens in twenty-eight, as 28 divided by 7 equals 4. This means you can fit four groups of seven into twenty-eight without any remainder.
To show five-sevenths of twenty-eight, you first divide twenty-eight by seven to find one-seventh, which equals four. Then, multiply that result by five: (4 \times 5 = 20). Therefore, five-sevenths of twenty-eight is twenty.
-A = 28 A = -28 because -(-28) = 28
3
Twenty and eight cubits can be calculated by simply adding the two numbers together. Twenty cubits is 20, and eight cubits is 8, so 20 + 8 equals 28 cubits. Therefore, the total is 28 cubits.
Eight times eight can be expressed in index form as (8^2). This represents the multiplication of eight by itself, which equals 64. Thus, (8^2 = 64).