afrahammar35
afrahammar35
24-03-2020
Chemistry
contestada
PH for the solution which contain CO
Respuesta :
lavanyaande
lavanyaande
31-03-2020
PH of a solution which contain CO is less than 7.
Explanation:
Carbon monoxide(CO) is a non metallic oxide as carbon is a non-metal.
Metallic and non metallic oxides differ in terms of their acidic or basic nature.
Metallic oxides are usually basic in nature whereas on metallic oxides have acidic nature.
Carbon monoxide CO has a slight acidic nature. Hence its PH value will be less than 7.
In the PH scale,7 corresponds to neutral nature while values less than 7 indicate acidic nature and values greater than 7 indicate basic nature.
Answer Link
VER TODAS LAS RESPUESTAS ( 84+ )
Otras preguntas
Both Egypt and Kush had traditional economies. This means that the economies of both civilizations depended on what? high taxes heavy industry agriculture
the sum of two numbers is 100. five times the smaller is 8 more than the larger. find the numbers.
Question 1 amanda drove 756 miles in 12 hours. at the same rate, how long would it take her to drive 504 miles?
What is the value of x in this triangle? Enter your answer as a decimal in the box. Round only your final answer to the nearest hundredth.
A hornless bull is crossed with three cows, A, B, and C. Cow A is horned and produces calf A’, which is also horned. Cow B is hornless and produces calf B’, whi
As you select your tools, knowing whether a tool is formal or informal will help you A. direct your assessment toward children's interests. B. make comp
Los animales son grandes. correct incorrect
You work at a T-shirt printing business. Of 1,300 T-shirts shipped, 106 are imperfect. If you choose a T-shirt at random from the shipment, what is the probabil
The means of the grade point averages of four samples taken from a population of students are shown in the table below. Which of these is most likely closest to
PLEASE HELP QUICKLY WILL GIVE BRAINLIEST ANSWER XZ is a common external tangent to circles W and Y. What is the distance between the two centers of the circles?
