The above graph show Species-Area relationship. Write the equation of the curve a and explain.

Species area relationship was given by :-

Write the equation to show the process of respiration.

The following graph shows the species area relationship. Answers the Questions as directed. (a) Name the naturalist who studied the kind of relationship shown in the graph. Write the observations made by him. (b) Write the situations as discovered by the ecologists when the value of 'Z' (slope of the line) lies between (i) 0.1 and 0.2, (ii) 0.6 and 1.2 What does 'Z' stand for ? (c ) When would the slope of the line 'b' become steeper ?

The following graph shows the species area relationship. Answers the Questions as directed. (a) Name the naturalist who studied the kind of relationship shown in the graph. Write the observations made by him. (b) Write the situations as discovered by the ecologists when the value of 'Z' (slope of the line) lies between (i) 0.1 and 0.2, (ii) 0.6 and 1.2 What does 'Z' stand for ? (c ) When would the slope of the line 'b' become steeper ?

The given graph is showing the relationship between the rate of enzyme reaction and concentration of substrate. At concentration of substrate greater than X, the

According to the concept of species-area relationship.

The diagram below shows a sinusoidal curve. The equation of the curve will be

The hyperbolic equation for the species area relationship is

What is an ohmic resistor ? Give one example of an ohmic resistor. Draw a graph to show its currentvoltage relationship. How is the resistance of the resistor determined from this graph ?

In the equation of species-area relationship, the letter 'C' and 'Z' represent