Why does asi Convert 50°C to °F and 43°F to °C. TO
Answers
Answer:
The rate equations with which we began our study of calculus are called
differential equations when we identify the rates of change that appear
within them as derivatives of functions. Differential equations are essential
tools in many area of mathematics and the sciences. In this chapter we
explore three of their important uses:
• Modelling problems using differential equations;
• Solving differential equations, both through numerical techniques like
Euler’s method and, where possible, through finding formulas which
make the equations true;
• Defining new functions by differential equations.
We also introduce two important functions—the exponential function and
the logarithmic function—which play central roles in the theory of solving
differential equations. Finally, we introduce the operation of antidifferentiation as an important tool for solving some special kinds of differential
equations.
Explanation:
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ans 1 122° F
ii, 6.1° C
because it is convert into celsius to fahrenheit is called this ans