For the reaction `A+2BrarrC+D,(d[A])/(dt)k=[A][B]^(2)` the expression for `(d[B])/(dt)` will be :

Tonton & Download Video Musik Gratis

🏠 Beranda
⬇ DOWNLOAD NOW
Kalau muncul iklan pop-up, tutup lalu klik tombol kembali

Download lagu For the reaction `A+2BrarrC+D,(d[A])/(dt)k=[A][B]^(2)` the expression for `(d[B])/(dt)` will be : secara gratis hanya untuk keperluan promosi. Dukung artis favorit kamu dengan membeli musik original di iTunes atau platform resmi lainnya.

🎬 Download Lagu Lainnya

The differential rate law equation for the elementary reaction A+2 B k⟶ 3 C, is : (a) -d[A]/d t=-... The differential rate law equation for the elementary reaction A+2 B k⟶ 3 C, is : (a) -d[A]/d t=-...
For the reaction, 3  A→ 2  B, rate of reaction +d[B]/d t is equal to: (A) -3/2d[A]/d t (B) -2/3d[... For the reaction, 3  A→ 2  B, rate of reaction +d[B]/d t is equal to: (A) -3/2d[A]/d t (B) -2/3d[...
The differential rate law equation for the elementary reaction A+2 B k⟶ 3 C, is : (a) -d[A]/d t=-... The differential rate law equation for the elementary reaction A+2 B k⟶ 3 C, is : (a) -d[A]/d t=-...
, The rate law of the reaction A+2  B→ productis given by d[P]/dt=K[A]^2[ B]. If A is taken in la... , The rate law of the reaction A+2  B→ productis given by d[P]/dt=K[A]^2[ B]. If A is taken in la...
For a reaction 2 A+B ⟶ product, rate law is -d[A]/d t=k[A]. Calculate concentration of the reacta... For a reaction 2 A+B ⟶ product, rate law is -d[A]/d t=k[A]. Calculate concentration of the reacta...
Consider the following reactions, O_3 ⇌O_2+O (fast) O+O_3 ⟶ 2 O_2 (slow) The rate ... Consider the following reactions, O_3 ⇌O_2+O (fast) O+O_3 ⟶ 2 O_2 (slow) The rate ...
For the given sequential reaction the concentration of \( \mathrm{A... For the given sequential reaction the concentration of \( \mathrm{A...
The rate of reaction is expressed in different ways as follows: +1/2d[C]/d t=-1/3d[D]/d t=+1... The rate of reaction is expressed in different ways as follows: +1/2d[C]/d t=-1/3d[D]/d t=+1...