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Figure B. equilateral triangle (small circle) inside of isosceles triangle (big cirlce)
Either you need each picture to represent a very small frequency which could require the reader to count up lots of images. Or the image represents a larger frequency and the user needs to be able to work out the fraction represented by partial images.
The hypotenuse is the longest side on a right triangle. It is the side that is opposite (directly across from and facing) the 90-degree angle. If your drawing shows a 90-degree angle by labeling it with a small corner (box), then the point of the corner always points toward the side that is the hypotenuse.
Use a protractor, or computer software such as GeoGebra (available for free).To draw an an angle of specified measure with a protractor:Draw a straight linePlace a dot at one end of the line. The dot represents the vertex of the angle.Place the center of the protractor at the vertex dot and the baseline of the protractor along line you drew (an arm of the angle).Find the required angle on the scale and then mark a small dot at the edge of the protractor.Join the small dot to the vertex with a ruler to form the second arm of the angle.Label the angle with capital letters.
As small as you like. Infinitesimally small.
An example of something too small to observe directly is an atom, which can be represented by the equation for the Bohr radius. For something too fast to observe, we can consider the speed of light, which is represented by the equation c = 3 x 10^8 m/s. An object too large to observe directly could be a black hole, described by the equations of general relativity.
Astronomical phenomena like galaxies or the entire universe are too big to observe entirely. Subatomic particles like quarks are too small to observe directly. High-speed subatomic processes or events like the decay of certain particles may occur too fast to observe, while geological processes like tectonic plate movement may be too slow to observe in real-time.
A Model. Money
A general answer to your question would be: tools. For example, a microscope is a tool that makes it easier to understand things that are too small to observe directly. An x-ray machine is a tool that allows us to see inside of things that are too hard to see inside of directly. A knife is a tool that allows us to cut up large things to see what is inside of them.
Something that is so small that you cannot see it with the naked eye but must use a microscope to observe it
A seed symbolizes potential, growth, and new beginnings. It represents the idea of nurturing something small and watching it develop and flourish into something greater.
Using scientific tools like microscopes, telescopes, or sensors can help us observe and understand things that are too small, too far away, or outside the range of human senses. These tools provide data and information that can help us infer and learn about the unseen phenomena.
Indicators like clocks, timers, or sensors can be used to measure events that occur too quickly or slowly for direct observation. Data collected by these indicators can help provide insight into the timing of these events.
to observe tiny small things
A magnifying glass is a small tool used to observe small objects by increasing their apparent size. It is commonly used for tasks such as examining details on coins, rocks, or insects.
No, "nibble" is not an onomatopoeia. Onomatopoeia is a word that phonetically imitates, resembles, or suggests the sound that it describes, such as "buzz" or "meow." "Nibble" is a verb that describes taking small bites or eating in small amounts, but it does not directly imitate the sound it represents.
No, the word "skittering" is not an onomatopoeia. Onomatopoeia is a word that imitates the sound it represents, such as "buzz" or "moo." "Skittering" is a verb that describes a quick, light movement, often associated with small animals or objects. It does not directly mimic the sound it represents, so it is not considered an onomatopoeia.