I understand that 1 is an an
electrophile. How is 3 an electrophile but 5 or 10 isn't.
Thanks

I understand that 1 is an an electrophile. How is 3 an electrophile but 5 or...
only answer if you can write it neat so I understand.
thanks.
5) Find the average value of the function from-110-S 0) Set up the necessary integral to find the length of the curve over the given interval. Do not evaluate the 22 M'- integral exactly. Find the arc length of the curve 3 Com x-x-3
I understand the core concepts of capacitors, however the idea of
the switch isn't introduced very well in the book. I'm not sure how
to approach this problem: if the switch isn't connected then the
capacitors behave like they are in series, but I don't quite
understand how there is a potential across an open circuit point "d
" to "c".
I don’t understand
how the decomposition of ammonium carbonate works. Thanks .
I know how to do refraction problems involving different layers but I don't quite understand how to do it with prisms. Could you walk me through it? Thanks! 1.) The light beam in the figure below strikes surface 2 at the critical angle, ?c = 42
Please show how you got your answer so I can understand what you
did:) thanks!
Calculate the molar solubility of calcium carbonate in pure water at 25 oC. Kp 4.96 x 10 a. 7.04 x 10-5 M b. 5.54 x 10-6 M c. 1.33 x 10-5 M d. 8.43 x 10-3 M e. 1.03 x 10-5 M
I need to know how to proof (b) part. I didn't understand the
original answer.
3. (a) Write the sum 147+10 (6n -2) using sigma notation. Solution: 2n i=1 (b) Use Mathematical Induction to prove that for all n 2 1, the above expression is equal to n(6n-1
an someone explain how to do this? I understand how to do this
when there are 12 bits like 0x72e. but this hex number has only 8
so i dont get it.
Error Correction, 5 Data bits are interspersed among the parity bits Let pi be the i-th parity bit i means read i, skip i Let di be the j-th data bit Let's encode 0x9A 1001 1010 We'll need 4 parity bits p1 checks positions 1, 3, 5,...
Why does Thevenin's Theorem work? I understand how to use it but I don't understand why it works. I have been reading my textbook and can follow the procedure, but I want to understand on a deeper level why the author does what they do. So far I know that the steps are 1. Find Vth, the open terminal voltage 2. Find isc, the short circuit current Vth 3. Rth isc But I don't know why these steps work. I...
I understand how to solve for A and F. However, I do not
understand how to solve for B, C, D & E.
Can you please show in detail how the fractions are solved
step by step?
How do i find the rel max/min.
Please make the steps clear for me to understand. I don't know how
to solve for Fx=0 and Fy=0. Thanks
14. f(x, y) = 4x++y2+1