The pressure P in pounds per square foot, in a pipe varies over time. Every half-hour, the pressure oscillates from a low of 30 to a high of 300 and then back to a low 30. The pressure at time t=0 is 30 pounds per square foot. let the function P(t) represent the pressure in the pipe at time t mins . Find a possible formula for the function P(t) as described above.
The pressure P in pounds per square foot, in a pipe varies over time. Every half-hour, the pressure oscillates from a low of 30 to a high of 300 and then back to a low 30. The pressure at time t=0 is 30 pounds per square foot. let the function P(t) represent the pressure in the pipe at time t mins . Find a possible formula for the function P(t) as described above.
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tThe pressure P in pounds per square foot, in a pipe varies over time. Every half-hour, the pressure oscillates from a low of 30 to a high of 300 and then back to a low 30. The pressure at time t=0 is 30 pounds per square foot. let the function P(t) represent the pressure in the pipe at time t mins . Find a possible formula for the function P(t) as described above.
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