BIOgirl

I am just curious to know how many other lesbians are repulsed by Men ? Not to say hate because I do not hate anyone, but just who they are. I strongly avoid having any contact with them unless I need to for like work purpose or business. And when they try and flirt with me it makes me want to vomit . I assume because I am feminine and do not “appear to be gay.” I mean it is my business , I shouldn’t have to explain myself. But seriously with the flirting I chuckle to myself on the inside . And then when they try and look you in the eye when they attempt to flirt; it’s sucha joke to me lol. “I’m like I like what you like .”

Does anyone know the movie where a young girl is tracking her parents’ killers down in a dystopian futuristic setting . It aired on Syfy once. I know one quote is where she says “I’m going to kill every single one of you and I’m going to take back my earring .”

Many states assess the skills of their students in various grades. One program that is available for this purpose is the National Assessment of Educational Progress (NAEP). One of the tests provided by the NAEP assesses the reading skills of twelfth-grade students. In a recent year, the national mean score was 284 and the standard deviation was 37. Assuming that these scores are approximately Normally distributed, N(284, 37), use the 68-95-99.7 rule to give a range of scores that includes 95 percent of these students.

The range is from ___ to ___?

PLEASE SOMEONE HELP, DUE SOON thanks

1. Calculate the momentum of a photon having a wavelength of 6.10 μm.

2.Find the velocity of an electron having the same momentum.

3. What is the kinetic energy of the electron, and how does it compare with that of the photon?

4. What is the ratio of the kinetic energy of the photon to that of the electron?

Really, need help. Please someone help me.

Two identical wires with a weight of 4.20E+4 N/m, are located one above the other, in a vertical plane above the surface of the earth. The wires are aligned north-south so that the earths's magnetic field will not affect them. Assume the distance of separation is 0.11 m and that they will carry the same current, but in opposite directions.

What must be the value of the current for the lower wire to levitate the upper wire?

A 0.360 μF (C1) and a 0.540 μF (C2) capacitor are connected in series to a 9.00 V battery

1. What is the charge on C1?

2. What is the charge on C2?

Now assume that the two capacitors are connected in parallel.

1. What is the charge on C1?

2. What is the Charge on C2?

I cannot figure this out ; please someone help me ; thanks in advance

A certain circuit breaker trips when the rms current is 30.0 A. What is the corresponding peak current?

The resistivity of platinum is 10.60 × 10-8 Ω·m. What is the resistance of a section of 18 gauge wire (diameter 0.1016 cm) that is 6.75 m long?

Not sure how to do this; really need help with this

1.Four equal particles with positive charge q = 9.612 × 10-19 C and mass m = 54.66 × 10-31 kg are initially held at the four corners of a square of side L = 0.03 m. What is the total electric potential at the center of the square?

(in V)

2.If these particles are released simultaneously, what will be their speed when they have separated by a very large distance? You may neglect gravitational effects.

Please someone help me if you know how I do this ; I will award best answer . Thanks in advance .

A wire is drawn through a die, stretching it to 5.1 times its original length. By what factor does its resistance increase?

A spherical rain drop carries a charge of 7.00×10-9 C at the center and has a potential of 2.50×103 V at the surface. What is the radius of the drop?

This is due soon; please someone help me if you can

What is 220 mg/dL as a percent solution?

A 250 mM solution of pNPP is equivalent to how many uM pNPP?

I've no idea how to figure this please someone assist me ; thanks

A charge of +3.85 × 10-4 C is fixed at the origin of a coordinate system. A charge of +7.90 × 10-6 C is placed on a raisin of mass 4.20 g. The raisin is then brought from far away to a point 31.2 cm from the origin. What is the electric potential energy of the system?

(in J)

Suppose that the raisin is released from rest from its position at 31.2 cm from the origin. If no other forces act on the raisin, what will its final kinetic energy be?

(in J)

Consider an isolated point charge which has Q = +5 Coulombs. Which of the following is true?

1.Equipotential surfaces form spherical contours around the charge.

2.The potential is zero or negative everywhere in the region around the charge.

3. The potential at a radius of r = 3 cm has a direction which points outward away from the charge.

4.The electric field at a radius of r = 3 cm has no direction at all.

5. Electric potential is defined as the electric force per unit charge.

A charge is moved from one place to another in an electric field. In which of the following situations will the change in potential energy be NON-ZERO?

1.The charge is moved along an electric field line, in the opposite direction as the field.

2.The charge remains unmoved.

3,The charge is moved along an equipotential surface.

4.The charge is only moved perpendicular to all electric field lines that it crosses.

5.The charge is moved up by 7 cm and then back down by 7 cm.

I've 1 try left; it would be greatly appreciated if I got help with this; thank you.