Answer:
Step-by-step explanation:
If the impedance is related to the voltage and the current by the formula V = IZ where;
V is the voltage
I is the current
Z is the impedance
Given
I = 0.4+3i
V = 0.3-2i
Voltage V = (0.4+3i)(0.3-2i)
V = 0.4(0.3)-0.8i+0.9i-6i²
V = 0.12+0.1i -6i²
Since i² = -1
V = 0.12+0.1i-6(-1)
V = 0.12+0.1i+6
V = 6.12+0.1i.
Hence the impedance is 6.12+0.1i
Simple, first, change 70% into 0.7
thus,
21= 0.7*n
21/0.7=0.7n/0.7
30=n
Thus, your answer, is 30.
Answer:
Are you asking? Or telling me? Sorry im not sure what you want me to do...--
Step-by-step explanation:
The outliers are the bars with the 3rd most shaded in it. Also so this is specific but your picture quality isn't the best.
Answer:
See below ↓
Step-by-step explanation:
<u>Given:</u>
∠N = ∠K = 90°
LM bisects ∠KLN such that ∠KLM ≅ ∠NLM
<u>To prove:</u>
ΔKLM ≅ ΔNLM
<u>Proof:</u>
<u>Statements</u> | <u>Reasons</u>
ΔKLM ↔ ΔNLM |
∠N ≅ ∠K | Given (Both equal to 90°)
∠KLM ≅ ∠NLM | Given (Bisected Angles)
LM ≅ LM | Common
ΔKLM ≅ ΔNLM | A.A.S Postulate