lesson text on code and fractions

What this neuron does

This neuron tends to fire inside tutorial-style text about programming and math, such as Python examples and fraction lessons. Turning it up made the output wander into unrelated subjects, so the link is loose.

Written by Claude from this neuron's activations and steering outputs. Confidence: low. Think it is wrong? Flag it (opens a prefilled issue on GitHub).

Fires most on

The text windows where this neuron's activation was highest. Amber marks positive activation; the outlined token is the peak. Hover a token for its strength.

1. #1 peak

   "a long string" >>> >>> len(s) 13 >>> >>> len("") 0 >>>⏎>>> >>> s3 = '' # empty string using single quotes >>> s3 '' >>> >>> s4 = "" # empty string using double quotes

2. #2 peak

   either 5 or 7. To count, a number must not be simultaneously⏎divisible by either 5 or 7.⏎Now you try. Finish the code with %

3. #3 peak

   the Java Development Kit (JDK)⏎and write your first Java program.⏎Next, it's on to the Java fundamentals, including data types,⏎operators, control statements, classes, objects, and methods.⏎You'll then progress to more advanced topics

4. #4 peak

   ycetica<|endoftext|>Adding Fractions Level 3⏎The 5-step planIn Adding Fractions Level 3 we'll practice addition with equivalent fractions with cardinal numbers. You will need to add the cardinal numbers together and the fractions

5. #5 peak

   to decimals and decimals to fractions. Includes practice problems.⏎Decimal Review - Add - Subtract - Multiply⏎Click on this straight forward review lesson about reading, writing, adding, subtracting, and multiplying decimals without confusion.⏎Dividing with Decimals⏎

6. #6 peak

   same denominators. So click and give it a try. It's easier than you think.⏎Fractions - Subtracting Mixed Numbers⏎Do you wonder how to subtract mixed numbers? Do you know how to handle unlike denominators or how to reg

Steering

Push this neuron up or down while the model writes, and watch what changes. The outputs were generated ahead of time, so nothing runs in your browser.

Most negative on

Where the activation went furthest below zero. Blue marks negative activation. Many neurons mean something different in each direction.

1. #1 peak

   arn). It is estimated neutrino cross-section for interaction increases linearly with energy of incident neutrino.⏎Reference: Griffiths, David, Introduction to Elementary Particles, Wiley, 1987.⏎See also: Antineutrino

2. #2 peak

   value , given by⏎For composite moduli , the two sums are in general different, and the above formula does not necessarily hold.⏎It was shown by Lehmer that the exponential Gauss walk always has the spiral-type shape observed in the visualization

3. #3 peak

   mathematical induction, a powerful method of mathematical proof.⏎An introduction to the sort of algebra studied at university, focussing on groups.⏎An introduction to some beautiful results of Number Theory<|endoftext|>The value of regular physical activity to a person’s well-being

4. #4 peak

   1 m). Calculate the position of the nodes for this wave function. Write the expected electron configurations for the following atoms: Sc, Fe, P, Cs, Eu, Pt, Xe, and Br. Give possible values for the quantum numbers

Which neurons in earlier layers feed this one, and which later ones it feeds. Amber links excite, blue links suppress; longer bars are stronger.

Activation histogram

How often this neuron fires at each strength. Almost always it does close to nothing (the tall bars in the middle); the snippets above are the rare moments it fired hard, amber for positive and blue for negative.

Logit lens

The words this neuron nudges the model toward (amber) or away from (blue) when it fires. A hint, not a label: many neurons work through later layers instead.