"He would all of sudden march north and attack Washington, D,.C." is the finest option indigenous the list due to the fact that this to be his setup from the start, but it go not turn out the way he had actually hoped. 

"He would all of sudden march north and attack Washington, D,.C." was certainly something the Lee contemplated, however it never ever was executed in the way he wished.

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1. 400(2) = 700(v)800 = 700vv = 1.14 m/s2.A: Can"t draw diagramB: distance = 15 + 10 + 20 + 10 = 55 kmC: Displacement is 5 km south. Because the east and also west cancel each various other out and there is 5 an ext km southern then north.

A)A fuse must be hooked up in collection because every the existing must flow through the fuse in a series circuit.

Explanation:



that would all of sudden march north and also attack Washington, D.C.

Robert E. Lee to be the command of the Confederate says Army. He was the command of the army of north Virginia in the American Civil battle from 1862 come 1865. ~ Virginia declared his secession indigenous the unified States, Lee determined to monitor his state, in spite of the reality that he did not choose the idea the secession. Lee surrendered in ~ Appomattox Court house on April 9, 1865.



answer:

You should constantly follow her dreams, but if friend don"t choose them, climate you have to get brand-new ones.


Explanation:

(1). Offered that,

Resistance

*

Voltage

*

Using ohm"s law

(a). Draw a circuit

(b).The current is identified as:

.....(I)

Here, V = voltage

R = resistance

I = current

Put the worth of V and R in equation (I)

*

*

The current is 0.003 A.

(c). The strength dissipated by the resistor will certainly be

*

*

*

The power dissipated through the resistor will be 0.135 Watt.

(2). Given that,

Resistance

*

Resistance

*

Resistance

*

Voltage

*

(a). Draw a circuit

(b). The equivalent circuit will certainly be

*

*

*

The existing is identified as:

.....(I)

Here, V = voltage

R = resistance

I = current

Put the value of V and R in equation (I)

*

*

The existing is 0.2 A.

(c). The voltage drop across each resistor in the circuit

The voltage drop across 10.0 ohm resistor,

*

*

The voltage drop across 8.0 ohm resistor,

*

*

The voltage drop throughout 27.0 ohm resistor,

*

*

The voltage drop across each resistor in the circuit is 2 V, 1.6 V and 5.4 V.

(3). Given that,

Resistance

*

Resistance

*

Resistance

*

Voltage

*

(a). Attract a circuit

(b). The equivalent resistance will certainly be

*

*

*

*

The identical resistance will be 1.25 ohm.

(c). The existing passing through each resistor in the circuit.

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The existing passing v 2.0 ohm resistor

*

*

The present passing with 5.0 ohm resistor

*

*

The existing passing with 10.0 ohm resistor

*

*

The existing passing with each resistor in the circuit is 6 A, 2.4 A and 1.2 A.