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Lecture 8: Nuclear Physics. Alpha Decay. Online maths, science and engineering.

Lecture 7: Nuclear Physics~Half-life of Substance.

Lecture 6: Nuclear Physics. Derivation of t, h and A.

Lecture 2: Nuclear Physics. Atomic Structure. Online maths, science and engineering.

Lecture 5, Nuclear Physics: Nuclear Radius. Online maths, science and engineering

Lecture 4, Nuclear Physics: Isotopes of hydrogen. Online maths, science and engineering

Lecture 3, Nuclear Physics: Nuclear Structure. Online maths, science and engineering.

Lecture 40, Z-Score Sample problem. Online maths, science and engineering.

Lecture 39, Statistics: Standard Score. Online maths, science and engineering.

Lecture 37,Statistics: Problems using Chebyshev's Theorem. Online maths, science and engineering.

Lecture 36, Statistics: Chebyshev's Inequality. Online maths, science and engineering.

Lecture 36, Statistics: Box and whisker plots sample example.

Lecture 36, Statistics: Box and whisker plots. Online maths, science and engineering.

Lecture 35, Statistics : EMPIRICAL RULE SAMPLE PROBLEM.

Lecture 34: Empirical Rule of standard Deviation. Online maths, science and engineering

Lecture 33,Statistics: Coefficient of Variation. Online maths,science and engineering

Lecture 32, Statistics: Standard Deviation from Frequency Distribution Table

Lecture 31, Statistics: Mode of Frequency Distribution Table.

Lecture 30, Statistics: Standard Deviation from Frequency Table. Online maths, science and engineeri

Lecture 28, Statistics: Sample Standard Deviation. Online maths,science and engineering.

Lecture 29, Statistics: Online maths, science and engineering. Online maths, science and engineerin

Lecture 27, Samppe Varience. Online maths,science and engineering.

Lecture 26, Statistics: Population Varience. Online maths, science and engineering.

Lecture 24, Range of Data. Online maths, science and engineering.

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