The circuit to the right consists of a battery ( V 0 = 64.5 V) (V0=64.5 V) and five resistors ( R 1 = 711 (R1=711 Ω, R 2 = 182 R2=182 Ω, R 3 = 663 R3=663 Ω, R 4 = 534 R4=534 Ω, and R 5 = 265 R5=265 Ω). Find the current passing through each of the specified points. -g

The current in R₁ is 0.0816 A.

The current at H point is 0.0243 A.

Explanation:

Given that,

Voltage = 64.5

Resistance is

Suppose, the specified points are R₁ and H.

According to figure,

R₂,R₃,R₄ and R₅ are connected in parallel

We need to calculate the resistance

Using parallel formula

Put the value into the formula

R and R₁ are connected in series

We need to calculate the equilibrium resistance

Using series formula

We need to calculate the equivalent current

Using ohm's law

Put the value into the formula

We know that,

In series combination current distribution in each resistor will be same.

So, Current in R and R₁ will be equal to

The current at h point will be equal to current in R₅

We need to calculate the voltage in R

Using ohm's law

Put the value into the formula

In resistors parallel combination voltage distribution in each part will be same.

So,

We need to calculate the current at H point

Using ohm's law

Put the value into the formula

Hence, The current in R₁ is 0.0816 A.

The current at H point is 0.0243 A.

If there was no gravity then their would be no downword force on the football to have it return the the grownd, and if there was no friction (mainly air friction) then there would be no opposing force the stop the ball from moving through the air allowing the ball to travle ∞.

An atom's smaller negative particles are at a distance from the central positive particles, so the negative particles are easier to move.