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Unit Standard 5268G Practice Assessment
30

Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Jan 12, 2016

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Page 1: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Unit Standard 5268G

Practice Assessment

Page 2: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Element 1

• Reciprocal and Inverse relationships• Pythagorean identities• Compound Angle formulae• Sum and Product formulae

Page 3: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Reciprocal and inverse relationships

• Evaluate the following (give your answer to 3 significant figures).

Page 4: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

You can give the answer in exact form or to 3 significant figures).

Page 5: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

1(b)

Page 6: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

1(b)

Page 7: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Question 2

• Find the exact value of each of the following:

Page 8: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Question 2

• Find the exact value means you must use the standard triangles

Page 9: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

2(b)

Page 10: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

2(b)

Page 11: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Question 3: Pythagorean identities

• Prove:

Page 12: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Prove:

Page 13: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

3(b)

Page 14: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

3(b)

Page 15: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

3(c)

Page 16: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

3(c)

Page 17: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Question 4: Compound angles

If and

(A and B are both acute angles), evaluate .

Page 18: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

A

817

15 B

1213

5

Page 19: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Starting with the left hand side, prove

Page 20: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Starting with the left hand side, prove

Page 21: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Prove

Page 22: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.
Page 23: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Question 5: Sums and Products

• Write as a sum

Page 24: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

Question 5: Sums and Products

Page 25: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Write as a product.

Page 26: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.
Page 27: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Prove

Page 28: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.
Page 29: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Give the general solution of

Page 30: Unit Standard 5268G Practice Assessment. Element 1 Reciprocal and Inverse relationships Pythagorean identities Compound Angle formulae Sum and Product.

• Give the general solution of