the two numbers in the circles add up to the number in the square box!
This is essentially a cube. It is a box with six squares.
"2000 sq ft box" is an extremely vague term. Square feet are units of area, not volume. Maybe you mean "box" in the sense "draw a box around it", i.e. a rectangle. In that case, there are a number of ways such a box could be drawn: it could be 1.2 inches wide and 20,000 feet long, or a foot wide and 2000 feet long, or 10 feet wide and 200 feet long, or any number of other combinations. If it's a square, then it would be slightly less than 44 feet 8 2/3 inches on a side. If you meant 3-D box and cubic feet, then again, there are an infinite number of possible combinations, but if it's a cube, then it would be just over 12 feet 7 3/16th inches on a side.
To get the square inches in the box you need to multiply the length times width so a 2 inch by 4 inch box is 2x4= 8 square inches
Yes, go from the top left corner of the box, to top right corner of your box, then follow the outline of your box to bottom right corner and then diagonally to the top left corner. From here go to bottom left corner of the box, and then diagonally up to top right.
Get a picture of it draw a grit and draw what you see inside the grid square For Example 1x1 square you see its tail draw that part of its tail then move on to 1x2... cover the rest of the grid up so you can only see the box your are drawing or just trace it :)
The flowchart in deriving the sum of the square root of first N even numbers, You may follow the steps provided below: # Draw the start symbol then a flow line connecting to item #2 # Draw the init box for the syntax: set variable_A=0, variable_Chk=0, variable_Sum=0, variable_Sqrt, then a flow line connecting to item #3 # Draw the input box and write variable_A then a flow line connecting to item #4 # Draw the decision box for 'Is variable_A not numeric?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item#5 # Draw the process box for the syntax: compute variable_Chk=variable_A / 2 then a flow line connecting to item #6 # Draw the decision box for 'Is variable_chk not whole number?. if yes, draw a flow line connecting to item #3 else draw a flow line connecting to item #7 # Draw the process box for the syntax: compute variable_Sum=variable_Sum + variable_A then a flow line connecting to item #8 # Draw the decision box for 'Do you want to add another number?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item #9 # Draw the process box for the syntax: compute variable_Sqrt=SQRT(variable_Sum) then a flow line connecting to item #10 # Draw the output box and write variable_Sum, variable_Sqrt then a flow line connecting to item #11 # Draw the end symbol. Where: variable_A contains a given N number, variable_Chk contains the quotient of variable_A / 2, variable_Sum contains the sum of N numbers and variable_Sqrt contains the result.
In most drawing and graphics software, holding down the shift key constrains a dragged box to a square. So, select a "draw rectangle" tool, then hold down the shift key while you click and drag yourself a square.
The number of boxes required is575/number of square feet covered by the tiles in one box .
Square meters is a way of expressing area. Say you draw a box on a paper that is 1cm in length and 1cm width, that is a 1 square cm box. It's not the lines you've drawn, it's thye space within. A square meter is the same thing except the length is a meter
It's printed on a card inside the box when you buy the application.
First you make a box then you draw a circle inside the box and there you go
!. Draw a box. Then draw circles in it to represent the particles.
Bing Crosby was the top box office draw in 1945.
The flowchart in deriving the sum of two numbers, you may follow the steps provided below: # Draw the start symbol then a flow line connecting to item #2 # Draw the init box for the syntax: set variable_Sum=0, Variable_A=0, Variable_B=0 then a flow line connecting to item #3 # Draw the first input box and write variable_A then a flow line connecting to item #4 # Draw the decision box for 'Is variable_A not numeric?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item #5 # Draw the second input box and write variable_B then a flow line connecting to item #6 # Draw the decision box for 'Is variable_B not numeric?'. if yes, draw a flow line connecting to item#5 else draw a flow line connecting to item #7 # Draw the process box for the syntax: compute variable_Sum=variable_A + variable_B then a flow line connecting to item #8 # Draw the output box and write variable_Sum then a flow line connecting to item #9 # Draw the end symbol. Where: variable_A contains the first number, variable_B contains the second number and variable_Sum contains the result.
Nov.13th 2011
The flowchart in deriving the sum of two numbers and its average, you may follow the steps provided below: # Draw the start symbol then a flow line connecting to item #2 # Draw the init box for the syntax: set variable_Sum=0, variable_Ave=0, Variable_A=0, Variable_B=0 then a flow line connecting to item #3 # Draw the first input box and write variable_A then a flow line connecting to item #4 # Draw the decision box for 'Is variable_A not numeric?'. if yes, draw a flow line connecting to item#3 else draw a flow line connecting to item #5 # Draw the second input box and write variable_B then a flow line connecting to item #6 # Draw the decision box for 'Is variable_B not numeric?'. if yes, draw a flow line connecting to item#5 else draw a flow line connecting to item #7 # Draw the first process box for the syntax: compute variable_Sum=variable_A + variable_B then a flow line connecting to item #8 # Draw the second process box for the syntax: compute variable_Ave=variable_sum / 2 then a flow line connecting to item #9 # Draw the output box and write variable_Sum, variable_Ave then a flow line connecting to item #10 # Draw the end symbol. Where: variable_A contains the first number, variable_B contains the second number, variable_Sum contains the sum of variable_A and variable_B, and variable_Ave contains the average of variable_Sum.