
if anyone can explain this in algebra physics that'd be great. can't get the right answer. thanks
if anyone can explain this in algebra physics that'd be great. can't get the right answer....
if anyone can explain this in algebra physics that'd
be great. can't get the right answer. thanks
The company you work for makes some of the best parallel plate capacitors on the market The most robust model and the company's best seller is one that you designed, the-Yellowjacket" which is a 925 cm x 925 ㎝ parallel plate capacitor that has the 2.56 mm gap between the plates filled with a green & gold material that has a dielectric constant...
if anyone can explain this in algebra physics that'd
be great. can't get the right answer. thanks
An electron in a computer monitor enters midway between two parallel oppositely charged plates as shown below. The initial speed of the electron before it enters the plates horizontally is 6.15 x 10' m/s. The electron is deflected a vertical distance of 4.70 mm down by the time it exits the plates. What is the magnitude and direction of the electric field between...
if anyone can explain this in algebra physics that'd
be great. can't get the right answer. thanks
PHYS 113 Test I Take Home Problems To be turned in with Test 1. Please show all work on these sheets in a neat, organized manner You may use the back of the sheets or attach additional sheets if needed A small ball (like we used in the demos on the first day of class) has a mass 60 x 10 kg and...
I'm
struggling a bit in physics, if anyone can help me out soon, that'd
be great!!
3. In Lab #05 - Free Fall Motion, the time and position of a freely falling object are measured. The results are shown in Table 3. Assuming the position equation has the form of Y ) - Ata + Bt + C, (a) determine the function Y(t) by using the given data in Table 3. (b) Calculate the gravitational acceleration, g, and initial velocity....
1-Hello, Can I get help solving the following question? It is specialized in physics 2, I tried to solve it but I couldn't, I would appreciate any help, thanks! A network of ten capacitors are shown in the figure below, where the capacitances are as follows C6 C9-7uF, and C10 15uH. C5 C6 C7 C10 C8 C4 C9 a) Find the equivalent capacitance Ceq between points a and b in the capacitor network of the figure. If a potential difference...
can someone please do this in algebra physics and show
your work clearly please because I cannot seem to get the right
answer here. thanks in advance
The company you work for makes some of the best parallel plate capacitors on the market. The most robust model and the company's best seller is one that you designed, the "Yellowjacket" which is a 9.25 cm x 9.25 cm parallel plate capacitor that has the 2.56 mm gap between the plates filled...
Can anyone help to answer this question(from Modern Physics)? Pls explain every derived equation, thanks! A photon has an initial wavelength of 2 nm and collides head-on with an electron, which is initially at rest. Following the collision, both the photon and electron move forward exactly along the x-axis. If the photon has a final wavelength of 8 nm, what is the electron’s final momentum in units of keV/c ?
hi could someone kindly solve this electromagnetic physics
question?
1.Can you explain what the answer is and explain why and how you
got the answer?
2.Can you explain what the answer is and also explain why and
how you got this answer as well?
3.Can you explain what the answer is and also explain why and
how you got this answer?
NOTE: These are all part of one question. I just split it up to
make it easier for you...
If you could explain how to do
it that'd be great or if you know the answers that would also be
really great.
1.5. Using the Morse Potential equation in the book, the C=O bond can be described with the following three parameters: D = 724 kJ/mol, a = 1.81 A., and ro-1.229 А. For this problem, you will come up with an estimate for a spring constant that can be used to model the strength of this bonding interaction....
Hi there, can anyone help with the following
problem?
The answer needs to me using the Suzuki-coupling mechanism.
Thanks so much!
1.Give one possible synthetic route in each case for the following two liquid crystals (A and B). O2C 120 marks] NOTES for question 1: You should start in each case with at least three commercially available precursors H HI ii!(with 2-Carbon atoms or more). Only reaction reagents and solvents and the appropriate order of synthesis should be givens reaction...