1. Using a ruler, draw a straight line that starts at one end of the line to be trisected (the "original" line) and forms an angle with it that is some number of degrees less than 90. 2. Using a compass (the drawing kind, not the navigating kind), set some distance on it, say, 2 inches. 3. Putting the point at the intersection of the original line and the one you just drew, make a mark with the pencil end that intersects the line you just drew. Place the point on that intersection point and repeat. Now move the compass and repeat again. 4. From the point at which your third mark intersects the line you drew in step 1, draw a straight line to the end of the original line. 5. Using a protractor, measure the angle formed by the line you drew at step 1 and the step 4 line. 6. With the protractor draw a line from the second mark to the original line that has the same angle as the line in step 5. 7. With the protractor draw a line from the first mark to the original line that has the same angle as the line in step 5. 8. Take a break! For another method of trisecting a line segment, please follow the link.
line up the decimals together
To draw an 8-pointed star, start by drawing a regular octagon, which is an eight-sided polygon. Then, draw a line segment connecting the opposite vertices of the octagon, crossing over its center. Finally, draw a line segment connecting the midpoints of the sides of the octagon. Repeat this step on all sides to create the remaining lines, forming an 8-pointed star in the middle.
Cause it odd
Step I: Multiply the mantissae (significands) together, ignoring the exponents. Step II: If the answer from Step I is less than 10, then this result is the mantissa of the final answer. Otherwise divide the result by 10 and that become the mantissa of he final answer. Step III: Add together the powers (exponents) of ten. Step IV: If the answer from Step I was less than 10, then the result from Step III is the power of the final answer. Otherwise the exponent for the answer is 1 more than the result from Step III. Step V: Combine the mantissa and power from Steps II and IV. Example: 3.6*104 * 4.7*10-2 Step I: 3.6 * 4.7 = 16.92 Step II: Mantissa of answer = 1.692 and need to add 1 to exponent. Step III: 4 + (-2) = 2 Step IV: As per Step II, the exponent is increased to 3 Step V: Answer = 1.692*103
true
estimate
Use a straightedge to draw a line segment from A to one of the points where the two circles intersect.
The final step when constructing a briefing is to rehearse with a knowledgeable person.
The final step when constructing a briefing is to rehearse with a knowledgeable person.
The final step when constructing a briefing is to rehearse with a knowledgeable person.
The final step when constructing a briefing is to rehearse with a knowledgeable person.
Like all cycles, the nitrogen cycle is circular or cyclical and has neither a beginning nor an end. There is no "final step" or you could say that each step could be considered the "final step" or the "first step".
what were used for final dance in step up 4 music
what do you enter on step 3 line 6?
Telophase
The final step to making a budget is to make adjustments so that your expenses are less than your income.