Update 'docs/sph3u7.md'
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@ -22,10 +22,6 @@ Every other SI unit is derived from the fundamental SI units. Memorise these!
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Note that on an assesment, you are expected to derive the SI unit expression given the equation of unit.
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For example Force = mass x acceleration = mass x distance / time / time = $kg \times m \times s^{-2}$.
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!!! note "Definition"
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Physical Quantity: must always be expressed as the product of **magnitude**(number) and a **unit**.
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Example: $10m$ (10 meters).
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### Metric prefixes
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Every SI unit can be expanded with metric prefixes.
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@ -155,7 +151,7 @@ Error bars represent the uncertainty of the data, typically representing that da
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The uncertainty of the **slope** of the line of best fit is the difference between the maximum and minimum slopes.
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$$m_{\text{best fit}} ± \frac{m_{\max}-m_{\min}}{2}$$
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The uncertainty of the **intercepts** is the difference between the intercepts of the maximum and minimum lines.
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$$\text{intercept}_{\text{best fit}} ± \frac{\text{intercept}_{\max} - intercept_{\min}}{2}$$
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$$\text{intercept}_{\text{best fit}} ± \frac{\text{intercept}_{\max} - \text{intercept} _{\min}}{2}$$
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## 1.3 - Vectors and scalars
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