5 "boxes".2 on top. 3 on bottom....make one large "square.. Draw a line once
through each side only once. some say it cannot be done. can you solve?
Circle with a line through it is square yards, a square with a line through it is square feet
No.
Yes, each line on a square is perpendicular to two other lines.
A square has four lines of symmetry. These lines include two diagonal lines that run from corner to corner, as well as a vertical line that bisects the square down the middle and a horizontal line that does the same across the middle. Each line of symmetry divides the square into two equal halves that are mirror images of each other.
Oh, dude, you just draw some lines, like four lines from each corner towards the center, and then add a little diagonal line in the middle. Boom, you've got ten parts in your square. It's like slicing a pizza, but with geometry. Easy peasy, right?
Circle with a line through it is square yards, a square with a line through it is square feet
An interior angle is an angle in the inside of two lines, and the two lines have a line through them. Look at the line through them. The opposite angles on each side of the line are equal. That should be enough info to solve your problem
No.
Very easy. Draw a square, draw a line through it then from above the line 4 times (draw it inside the square, not on the edges of the square) then you are done. it should be a 4x2 grid. 4x2 means 2 rows and 4 squares on each row.
Yes, each line on a square is perpendicular to two other lines.
The hard part is form a right angle. To do that draw a line with two points on it. Draw a circle around each point. Draw a line through the two points at which the circles intersect.
If y varies directly as x, then the graph of y against x must be a straight line through the origin.However, if y varies directly as the square of x, for example, then the graph of y against the square of x will be the straight line through the origin - not y against x.
i am not sure about how to solve the values for a theta graph but i know it looks like a spiral and you can plot these points if you draw a square and halve it and in each of the centres of the square is another point of theta.then you need the gradient of the line so if you have f(x)=θthen what is f(x)' which would be the gradient by the way f(x)' is another way of saying differentiated or dy/dθ
lets say you have a square of instance. You want to draw a line through the square and Have both sides of the square looking exactly the same the line. and that line u drew is ur axis of symmetry
Plug both points into the equation of a line, y =m*x + b and then solve the system of equations for m and b to get equation of the line through the points.
Any straight line through its centroid (centre of gravity).
Oh, dude, you just draw some lines, like four lines from each corner towards the center, and then add a little diagonal line in the middle. Boom, you've got ten parts in your square. It's like slicing a pizza, but with geometry. Easy peasy, right?