12 results.
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Question in Content created by Newcastle University
Finding the modulus and argument (in radians) of four complex numbers; the arguments between −π and π and careful with quadrants!
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Question in Content created by Newcastle University
Find modulus and argument of two complex numbers. Then use De Moivre's Theorem to find positive powers of the complex numbers.
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Question in Content created by Newcastle University
Find modulus and argument of the complex number z1 and find the nth roots of z1 where n=5,6 or 7.
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Question in Content created by Newcastle University
f(x,y) is the PDF of a bivariate distribution (X,Y) on a given rectangular region in R2. Write down the limits of the integrations needed to find P(X≥a), the marginal distributions fX(x),fY(y) and the conditional probability P(Y≤b|X≥c)
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Question in Content created by Newcastle University
Find modulus and argument of two complex numbers. Then use De Moivre's Theorem to find negative powers of the complex numbers.
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Question in Transition to university
Identify the centre of enlargement and the scale factor in a transformation of an image A to an image B
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Question in Sabri's workspace
Finding the modulus and argument (in radians) of four complex numbers; the arguments between 0 and 2π and careful with quadrants!
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Question in Graham's workspace
Finding the modulus and argument (in radians) of four complex numbers; the arguments between −π and π and careful with quadrants!
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Question in Graham's workspace
Finding the modulus and argument (in radians) of four complex numbers; the arguments between −π and π and careful with quadrants!
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Question in David's workspace
Finding the modulus and argument (in radians) of four complex numbers; the arguments between −π and π and careful with quadrants!
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Question in Bill's workspace
Finding the modulus and argument (in radians) of four complex numbers; the arguments between −π and π and careful with quadrants!
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Question in Christoph's workspace
Finding the modulus and argument (in radians) of four complex numbers; the arguments between −π and π and careful with quadrants!