From the diagram above, if the potential differences across the resistor, capacitor, and inductor are 30V, 120V, and 60V, respectively, the effective potential difference is

Emmanuel24458

1 year ago

U said across resistor capacitor and inductor 60v,120,and 30
Meaning vr=60
Vc=120
Vl=30

But what u guys did 🙆

EMPIRE999

1 year ago

Vr=30,Vl=60,Vc=120
Vx=/vc-vl/=/120-60/=60
Veff²=vr²+vx² =30²+60²
Veff=/30²+60²/
Veff=/4500/
Veff=√4500
Veff=67.08

De sage

1 year ago

my question is what happened to 120²

pauleneojo

4 months ago

are we not supposed to use immpedance formula

Haipy

1 year ago

the values in the questions are not correct, use that in the diagram and the formula in the video explanation

De sage

1 year ago

it's

De sage

1 year ago

check the diagram ok.

bion

2 months ago

Jamb calculator doesn't have quare root so how are we going to solve this

Abba112

1 year ago

I did not understand this your explanation please

bion

2 months ago

Does anyone have an idea of how to look for square root of a number without a calculator or with a calculator that doesn't have square root

BIGTRIGGER

1 year ago

wait how's is our VR 30 not 60

Finesse11

2 months ago

abeg no dey confuse person jare 🙃
buh is correct sha

APurpleStarr80

1 year ago

What then did u guys do to 120 that's the Xc 🥲

Sensei

2 months ago

correct 100/100

Mercy1205

1 year ago

resistor is supposed to be 60v according to the question
but how come🤨