Read "Advice for Ladies" by Fanny Fern to answer the following questions: 1. What evidence in the text leads you to believe this is satirical?

2. What is the main device listed in the lesson that Fern is using here? Quote and explain an example of it.

3. Discuss the underlying serious message Fern has in this piece.

4. In Fern's underlying message, who does she seem to hold at fault or the social 'wrong' she is pointing out? Support your answer.

5. Swift's 18th Century British work refers to "an American." Fern's 19th Century American work refers to "an American gentleman." How do their portrayals of American men differ? Why do you think this is?

Please help, I’m running out of time to submit my assignment

of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.

Explanation:

of sides a and b forms a closed circuit and

carries current I. Theof sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic foof sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.

a) find the magnetic force (magnitude and directions) acting on each side of the wire.of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.ce (magnitude and directions) acting on each side of the wire. circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.

a) find the magnetic force (magnitude and directions) acting on each side of the wire.of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.of sides a and b forms a closed circuit and

carries current I. The circuit lies in the xy plane, and a uniform magnetic field is present along

the -x axis as shown in Figure 2. Taking a = 6 cm, b = 10 cm, B = 2.5 T, and I = 2.0 A,

a) find the magnetic force (magnitude and directions) acting on each side of the wire.

ok I will I promise!!!