Copy and complete the following table relating to important industrial processes. Output refers to the product of the process not the intermediate steps.

Name of
Process Inputs
Catalyst
Equation for
catalysed reaction Output

Haber Process
Hydrogen
+

Ammonia
+
air Nitric
acid

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Solution

Name of Process Inputs Catalyst Equation for Catalysed Reaction Output

Haber Process Hydrogen + Nitrogen Finely divided iron $N_{2} + 3 H_{2}$ ⇌ $2 {NH}_{3} + Heat$ Ammonia gas

Ostwald Process Ammonia + Air Platinum $4 {NH}_{3} + 5 O_{2} \to_{800 ° C}^{Pt} 4 NO + 6 H_{2} O + Heat$ Nitric acid

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Q. Consider the following input/output table. Draw a line graph for it.

Input	1	2	4	5	7
Output	2	5	11	14	20

Now, use the graph drawn to predict the outputs for the inputs of 3 and 8.

Q. Copy and complete the following table relating to important industrial process:

Name of the process	Temperature	Catalyst	Equation for the catalyzed reaction
Haber's process

Match Column I with Column II with reference to Haber's process:

$\begin{matrix} C o l u m n I & C o l u m n I I A . & C a t a l y s t & p . & B o s c h P r o c e s s B . & P r o m o t o r & q . & Q u i c k l i m e C . & D r y i n g o f A m m o n i a & r . & A l u m i n i u m O x i d e D . & U s e O f H y d r o g e n g a s & s . & F i n e l y d i v i d e d i r o n \end{matrix}$

In the process of respiration, glucose combines with oxygen in the cells of our body and a large amount of energy is__i__. Hence, respiration is an__ii__ process.

The information in which alternative completes the given statements?

Complete the table of products.

$\begin{matrix} F i r s t P o l y n o m i a l \to & a^{2} + b^{2} & c + 5 d^{2} & - 6 p^{2} + 5 p S e c o n d P o l y n o m i a l ↓ - a b + d - c d + a b a b c d - p q \end{matrix}$
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Name of Process	Inputs	Catalyst	Equation for catalysed reaction	Output
Haber Process	Hydrogen +
	Ammonia + air			Nitric acid

Name of Process	Inputs	Catalyst	Equation for Catalysed Reaction	Output
Haber Process	Hydrogen + Nitrogen	Finely divided iron	$N_{2} + 3 H_{2}$ ⇌ $2 {NH}_{3} + Heat$	Ammonia gas
Ostwald Process	Ammonia + Air	Platinum	$4 {NH}_{3} + 5 O_{2} \to_{800 ° C}^{Pt} 4 NO + 6 H_{2} O + Heat$	Nitric acid

Copy and complete the following table relating to important industrial processes. Output refers to the product of the process not the intermediate steps. Name of Process Inputs Catalyst Equation for catalysed reaction Output Haber Process Hydrogen + Ammonia + air Nitric acid

Name of Process Inputs Catalyst Equation for Catalysed Reaction Output Haber Process Hydrogen + Nitrogen Finely divided iron N2+3H2 ⇌ 2NH3+Heat Ammonia gas Ostwald Process Ammonia + Air Platinum 4NH3+5O2→800°CPt4NO+6H2O+Heat Nitric acid

Copy and complete the following table relating to important industrial processes. Output refers to the product of the process not the intermediate steps.

Name of
Process Inputs
Catalyst
Equation for
catalysed reaction Output

Haber Process
Hydrogen
+

Ammonia
+
air Nitric
acid

Name of Process Inputs Catalyst Equation for Catalysed Reaction Output

Haber Process Hydrogen + Nitrogen Finely divided iron $N_{2} + 3 H_{2}$ ⇌ $2 {NH}_{3} + Heat$ Ammonia gas

Ostwald Process Ammonia + Air Platinum $4 {NH}_{3} + 5 O_{2} \to_{800 ° C}^{Pt} 4 NO + 6 H_{2} O + Heat$ Nitric acid