To draw a line that is 2.4 centimeters, take a ruler with metric measurements and start your line at zero. Stop drawing until you get to the fourth line past the 2 centimeters mark. The line you will have drawn will be 2.4 centimeters.
I'd prefer to draw it with a pencil.
Two methods: Draw a straight line using a straight edge Mark one point on it Set a pair of compasses to 6cm With the point on the mark, draw another mark with the compasses on the line. The line between the two marks is a line segment of 6cm. Using a rule marked in cm draw a straight line between the 0cm and 6cm marks along its edge.
(24 cm)² = 576 sq cm, the area of a square with sides 24 cm 24 cm² = an area of 24 sq cm
10 grams of cork would have 10g / (.24 g per cm^3) would come out to 41.666 cm^3.
It is: 24/100 or as 6/25 in its simplest form
7 cm line segament
I'd prefer to draw it with a pencil.
rectangular with 10 cm each parallel line and 1 cm each
Two methods: Draw a straight line using a straight edge Mark one point on it Set a pair of compasses to 6cm With the point on the mark, draw another mark with the compasses on the line. The line between the two marks is a line segment of 6cm. Using a rule marked in cm draw a straight line between the 0cm and 6cm marks along its edge.
First, think about what a diameter of a circle is. It is a line drawn through the middle of a circle from one side to the other. Is a pipe shaped like a circle? Yes, so you can use diameters of a circle to figure this out. Second, draw a circle like the inside of the pipe. Draw a straight line through the middle from one side to the other. Write 10 cm above it. Third draw a circle around the first circle. Draw a line to one end if the first line. Write 1 cm above it. Fourth, do the same on the other end of the first inside line and write 1 cm above it. You should have a line that goes through the middle and all the way to the outside circle. Now, look at what you have: 1 cm on the outside + 10 cm on the inside + 1 cm again on the other outside. If this seems tricky run your finger along the line to see how it works. What do you have? 1 cm + 10 cm + 1 cm = 12 cm. 12 cm is the answer.
Grab a ruler. Draw a 3 cm line. There you go!
Draw a line segment 10 cm long. measure the first 4 cm and make that part darker.
Any shape with such an area will do, for example: Draw a rectangle 1 cm wide and 47 cm long; Draw a rectangle 4.7 cm wide and 10 cm long; Draw an L shape with side lengths (going clockwise from the top) 1 cm, 19 cm, 13 cm, 2 cm, 14 cm, 21 cm.
It depends on their orientation - back to front (in contact), back to front with a 30 cm gap, or head to toe. * If the line were 1 cm units the line would be 1,100,000 km long. * The in contact line would then be (at 30 cm/person) 33,000,000 km long * The 30 cm gap line 66,000,000 km * The head to to toe line (80 cm/unit) 88,000,000 km
-- Stick a nail into a board. -- Tie a piece of thread around a pencil. -- 30 cm from the pencil, stick the thread to the nail. -- Draw a line on the board with the pencil. Keep the thread tight and go all the way around the nail. -- The line is a circle with radius 30 cm.
(24 cm)² = 576 sq cm, the area of a square with sides 24 cm 24 cm² = an area of 24 sq cm
Go to your drawing table. Draw a horizontal line and a vertical line. Where they intersect place your compass point and draw a 10 inch(or 10 cm) arc intersecting both lines. now measure a point from the center out 0.8715 inches (or cm) [this is equal to 10cos(85)] and place a mark on the horizontal line. draw a vertical line from this point to the arc. Draw a dark line from where this vertical intersects the arc to the center. Darken the horizontal line. these two darkened lines form an 85 degree angle. remember the formula: [radius] x cos(angle) note: the larger the arc the more accurate the angle .