2. Chemicals A and B are combined to form a chemical C. The rate at which chemical C is formed is proportional to the amounts of A and B not yet used. Initially there are 42 grams of A and 56 grams of B. For every 1 gram of A, exactly 5 grams of B are used. If X(t) is the number of grams of C produced at time t and 4 grams are produced after 10 minutes, write the differential equation and initial conditions that are satisfied by X(t). Do not solve.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Differential Equations with Modeling Applications

Chapter 3

2. Chemicals A and B are combined to form a chemical C. The rate
at which chemical C is formed is proportional to the amounts of A
and B not yet used. Initially there are 42 grams of A and 56 grams of
B. For every 1 gram of A, exactly 5 grams of B are used. If X(t) is the
number of grams of C produced at time t and 4 grams are produced
after 10 minutes, write the differential equation and initial conditions
that are satisfied by X(t). Do not solve.
Transcribed Image Text:2. Chemicals A and B are combined to form a chemical C. The rate at which chemical C is formed is proportional to the amounts of A and B not yet used. Initially there are 42 grams of A and 56 grams of B. For every 1 gram of A, exactly 5 grams of B are used. If X(t) is the number of grams of C produced at time t and 4 grams are produced after 10 minutes, write the differential equation and initial conditions that are satisfied by X(t). Do not solve.
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