To find the flow rate of water from a 112-inch hose at 65 psi, we can use the given expression:
Flow rate = 29.7 × (1.5)^265
Let's calculate the flow rate step-by-step:
1. Calculate the value of (1.5)^265: This represents the power of 1.5 raised to the exponent 265. However, since the exponent is very large, we can use a calculator to find its value, which is approximately 5.421010862 × 10^45.
2. Multiply the result from step 1 by 29.7: Multiply the value from step 1 by 29.7 to find the flow rate.
Flow rate ≈ 29.7 × 5.421010862 × 10^45
3. Convert the flow rate to gallons per minute: Since the given expression doesn't specify the units, we need to convert the result to gallons per minute. To do this, we need to know the conversion factor between the unit used in the expression and gallons per minute. Without this information, we cannot provide an accurate conversion.
In conclusion, we have calculated the value of the given expression, but without the conversion factor between the unit used in the expression and gallons per minute, we cannot determine the flow rate in gallons per minute accurately.
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