Place an open, empty tin upside down on the table and place the ruler on top. The tin will act as a sounding board and the twang will be more audible.
using a ruler on a flat surface (paper on a table) draw a line. draw a second line crossing the first. draw a third line making sure the ruler goes through the place where the first two lines crossed.
175 could show up in a few different tables. One's table: 1 x 175 Five's table: 5 x 35 Seven's table: 7 x 25
63
you see the difference between the two numbers rather it could be multiply, divide, subtract, or add and it could also be more than one rule the rule could be x+6*8 and it has to apply to the rest of the table
Yes
When you hit a table harder, you are transferring more energy to it. This increased energy causes the table to vibrate more vigorously, producing a louder sound. The amplitude of the vibrations determines the volume of the sound produced.
You could use a tape measure. If your table is small, you could also use a meter stick or something the like. If it's REALLY small...well, I suppose you could use a ruler.
it amplifies them because the table vibrates as well as the tuning fork
the ruler was used to measure the length of my book.
A ruler provides a precise and standardized way to measure the length of a table, ensuring accuracy in the measurement. By aligning the ruler with one end of the table and reading the scale, you can obtain an exact length. This is important for tasks like fitting the table in a specific space or when comparing sizes. Additionally, using a ruler minimizes errors that might occur with estimations or less accurate measuring tools.
If he is at his drafting table, a ruler (or one with a number of scales)If he is at his computer, the measure tool.
Pushing down with more force on the ruler could cause it to bend or break, depending on the material it's made of. Additionally, the table underneath may experience extra pressure or stress, potentially affecting its stability.
To make the volume of a vibrating object louder, you can increase the amplitude or size of the vibration. This will result in a greater displacement of the air particles, producing a louder sound. Additionally, you can position the vibrating object closer to a resonant surface, such as a wall or table, to amplify the sound.
You measure them, using a ruler or tape measure or similar.
When the ruler is sticking out further from the edge of the table, it is more easily influenced by external forces such as air currents, causing it to vibrate more. The longer unsupported length of the ruler also allows it to bend more easily, contributing to the increased vibrations.
Could you be more specific? Could you describe the table? On MY table, the turkey is the centerpiece.
the ruler broke because air pressure was pushing down on the ruler and was on top of it causing the ruler to break instead of the newspaper the ruler broke because air pressure was pushing down on the ruler and was on top of it causing the ruler to break instead of the newspaper the ruler broke because air pressure was pushing down on the ruler and was on top of it causing the ruler to break instead of the newspaper the ruler broke because air pressure was pushing down on the ruler and was on top of it causing the ruler to break instead of the newspaper