oooeyada oooeyada

04-11-2022
Mathematics

Answered

The rate constant for first-order degradation of a N2O2 in a solution (1.0 mg/ml) at 40°C
is 0.00351 hr-1, activation energy is 2000 cal/mol, and R = 1.987 cal/mol/degree.
Calculate
a. The rate constant for first-order degradation of N2O2 at room temperature (25°C).

Answer :

Other Questions

The polynomial of degree 4, P ( x ) has a root of multiplicity 2 at x = 2 and roots of multiplicity 1 at x = 0 and x = − 1 . It goes through the point (

Identify the (a) leading term, (b) leading coefficient, (c) degree, (d) constant term, and (e) describe the end behavior of each polynomial by using the appropr

The temperature on a summer day was 88F. During the night, the temperature fell 17F. Which expression represents one way to calculate the temperature in the mor

c−7.6=−4 c= .............................................................

Select all the values of p that are solutions for this inequality. 2.5p – 8 ≥ 12 –1 8 0 9 7 12

3. Solve each equation. a. 2/5= X/15 b. 4/3=X/7 C. 7/5=28/X d. 11/4=5/X

Which expression is equivalent to ( x^1/4 y^16) ^1/2? x^1/2 y^4 x^1/8 y^8 x^1/4y^8 x^1/4 y^4

The lacrosse team has played 35 matches so far this season. They have won 14 matches so far. How many matches will the team need to win for the team to have a 6

5 4 3 2 4 ti i P 7' yot -5-4-3-2-1₁ ◆ 1 2 345 X TIME REMAINING 16:46 How many points need to be removed from this graph so that it will be a function? O 1 point

A circular walking path is modeled by (x-3)2 + (y+8)2 = 36, where all measurements are in meters. What are the center and radius of the path? O Center at (-3, 8