Question

Calculate V1 and V2 ( V = voltage )

Answer 1

FORMULA:

• V = IR, where V = P.D; I = Current; R = Resistance.

ANSWER:

Total equivalent resistance for circuit:

R(eq) = R1 + R2 [It is in series]

• 330Ω + 470Ω
• 800Ω

Now, Current passing through whole circuit:

I = V/R

• 16/800
• 1/50 ampere

We know that, In series combination current passing through whole circuit is same.

So, V¹ = IR¹

V¹ = 1/50 × 330

• V¹ = 6.6 volt

And V² = IR²

V² = 1/50 × 470

• V² = 9.4 volt

Answer 2

Question:

Calculate V1 and V2 ( V = voltage )

Given that Vs = 16V, R1 = 330Ω, and R2 = 470Ω

Solution:

Given that,

• Vs = 16V
• R1 = 330Ω
• R2 = 470Ω

.°.

V1&V2↷

• Firstly, we'll find the Total resistance of the circuit

=> 330Ω + 470Ω =800Ω

• Now, we'll use the ohm's law to calculate the current flow in the circuit

Vˢ= IRᵀ

$I= \frac{16}{800} = > \frac{1}{50}$

= 1/50 Ampere

Now,

V1 = IR

$v1 = \frac{1}{50} \times 330 = > 6.6 \: Volt\ \\ v2 = \frac{1}{50} \times 470 = > 9.4 \: Volt$

______

Hope it helps

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