What is the answer to r(t)=(5+t)i+sqrt(t)j ?

The answer to r(t)=(5+t)i+sqrt(t)j is No Solution

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r(t)=(5+t)i+sqrt(t)j

r (t) = (5 + t) i + t j

No Solution

Solution steps

r (t) = (5 + t) i + t j

Rewrite

r (t)

in standard complex form:

r (t) + 0 i

r (t) + 0 i = (5 + t) i + t j

Rewrite

(5 + t) i + t j

in standard complex form:

j t + (5 + t) i

r (t) + 0 i = j t + (5 + t) i

Complex numbers can be equal only if their real and imaginary parts are equalRewrite as system of equations:

[r (t) = j t 0 = 5 + t]

[r (t) = j t 0 = 5 + t] : No Solution

No Solution

a, z = \frac{1 - ai}{1 + ai}

(1 - i) x + (3 + i) y = - 3 + 3 i

(2 + i) x + 7 y = 1 + 2 i, (1 - i) x - i y = 4 - i

x + y i + (x - y i)^{2} = 4

i (x) = \frac{x - 1}{x + 3}

What is the answer to r(t)=(5+t)i+sqrt(t)j ?
The answer to r(t)=(5+t)i+sqrt(t)j is No Solution