Explain expect the catalyst to appear in the rate law

Reference no: EM13291371

A and B are two species which react in the presence of an acid catalyst. Would you expect the catalyst to appear in the rate law?

Reference no: EM13291371

Questions Cloud

Design a combinational circuit with three inputs x-y and z : Design a combinational circuit with three inputs x, y, and z andthree ouputs A, B, and C. when binary input is 0,1,2,or 3, the binary output is, one greater than the input. when the binary input4,5,6,or 7, the binary output is one less than the in..

Find the output voltage when rated load with power factor : An 8 pole, three phase 50kVA, 220V, Y connected synchronousgenerator has a synchronous reactance of 4.8ohms per phase andoperates in stand-alone. Neglect all loses. The field voltage isadjusted to give rated voltage across the output terminal at n..

Determine the electromagnetic power and torque : A 15hp, 440V, 1250rpm separately excited dc motor draws 30A atrated load. The no-load current is 5A. The armature resistance is0.8ohms. Consider that the rotational losses(core+mechanical) areproportional to the speed.

Design an lc circuit to protect the tungsten filament : Design an LC circuit to protect the tungsten filament of an ordinary 75-Watt incandescent light bulb from over the current-transients greater than 50% of the normal operating current at the moment of turn-on

Explain expect the catalyst to appear in the rate law : A and B are two species which react in the presence of an acid catalyst. Would you expect the catalyst to appear in the rate law

Calculate the temperature of the hot filament : A certain lightbulb has a tungsten filament with a resistance of 18.0 when cold and 138 when hot. Find the temperature of the hot filament

Determine the rc product that would give a rise time : Let h(t)= (1/(R*C))*(e^(1/(R*C)))*u(t) be the impulse of an RC circuit and x(t)= u(t) an input to that circuit. 1. Find X(jω) and H(jω), which are the Fourier transforms of x(t) and h(t). 2. Form the product Y(jω)=H(jω)*X(jω) the Fourier transform of..

Explain what is the molar concentration of the solution : A solution of H2SO4 (aq) with a molal concentration of 6.80 m has a density of 1.318 g/mL. What is the molar concentration of this solution

What will be the electric force each exerts on the other : Two identical spheres are placed with centers 0.25 m apart, one is given a charge 20nC and the other-36nC, what will be the electric force each exerts on the other

User Account

All Pages