Answer:
-2/5
Step-by-step explanation:
I actually didn't see the negative sign sorry and thanks for correcting my mistake!!!
<span>Do problems 1-4, 11, 12 from appendix G in the book (page A47). ... Solution. 8 − 4i. (2.) (4 − 1. 2i) − (9 + 5. 2 i). Solution. −5 − 3i. (3.) (2 + 5i)(4 − i) ... Solution. 1, i, −1, and −i. 4. Write the product (. √3. 2. + 1. 2 i)(1. 2. +. √3. 2 ... (7.) 1+4i. 3+2i. Solution. 1+4i. 3+2i. = 1+4i. 3+2i · 3−2i. 3−2i. = 3−2i+12i−8i2 ..... i)8 = 28e8· 5π. 6.</span><span>
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Well, it is a binomial variable as long as you limit the amount of people you ask to a certain number for every trial.
Also, you MUST record the data either as they choose Frigidaire or they didn't choose Frigidaire. It MUST be these two choices, or it isn't binomial.
Answer:
The value of y given the values of x and z in the question is -734.85
Step-by-step explanation:
This is a joint variation question.
First, we are made to know that y varies jointly as x and z.
The equation for this can be written as;
y = k * x * z
Where k is the constant of proportionality.
Let’s calculate k first.
117 = k * (-3) * (-11)
33k = 117
K = 117/33 = 3.55
Now, we proceed to get what y is when x = -9 and z = 23
Let’s plug these values into the initial equation written.
y = k * x * z
We use the value of k calculated above;
y = 3.55 * (-9) * (23) = -734.85
F=EA(e/l)
e/l=EA/F
l=Fe/EA
