About 240 three inch by eight inch bricks would be need for create a ten foot by four foot patio. It would be preferable to purchase another 24 or 10 percent more for wastage.
between 1100 and 1200 bricks
Hello Questioner, The total would be 108 assuming that no spaces between bricks is catered for. It is assumed that the brick dimension is in inches. Obviously there will be some mortar between bricks but on the whole I would stick to the figure, mainly to allow for breakages etc. The calculation was as follows: One brick is 32/144 square feet, therfore 24 square feet will require 24 divided by 32/144 which equals 108. The 144 is derived from the number of square inches in a square foot. It does not matter how the 24 square feet is made up. Could be 2x12, 3x8, or 4x6 it would still require the same number of bricks. Best regards. JF
24
Derivative of 3x8 = 3*8x7 = 24x7
The factor of 3x8 is the numbers that can be multiplied together to equal 3x8. In this case, the factors of 3x8 are 1, 3, 8, and 24. These are all the whole numbers that can divide evenly into 3x8 without leaving a remainder.
gcf of 4x3=6 gcf of 3x8=8
To convert the multiplication of 3x8 into an equivalent expression using the multiplication of 1x10, you can rewrite it as (3x8) (3x1) x (1x10).
(9x16 - 100) = (3x8 + 10) (3x8 - 10)
They are equal.
A Good Workout Would Look Like This To Bulk Up. Monday - Squats Sets 3x8 - Deadlift 3x8 - Chin Ups 3x8 Tuesday - Rest. Wednesday - Squats 4x10 - Deadlift 4x10 - Military Press 3x8 Thursday - Rest. Friday - Squats 5x10 - Deadlift 5x10 - Chin Ups 5x10
150 divided by 6 plus 3x8-5 150/(6+3x8)-5 150/(6+24)-5 150/30-5 5-5=0
.3x8=2.4