3. Create a Rust program that has a variable (fees) that can contain 32-bit integers and a variable (costs) that contain 64-bit floating point numbers. Load fees with 35000 and cost with 45000.75. Print out the values of both fees and costs. Create a third 32-bit integer variable that you don't plan on using yet called profit and make sure that Rust will not generate an "unused variable error" for this variable.
3. Create a Rust program that has a variable (fees) that can contain 32-bit integers and a variable (costs) that contain 64-bit floating point numbers. Load fees with 35000 and cost with 45000.75. Print out the values of both fees and costs. Create a third 32-bit integer variable that you don't plan on using yet called profit and make sure that Rust will not generate an "unused variable error" for this variable.
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Transcribed Image Text:3. Create a Rust program that has a variable (fees) that can contain 32-bit integers and a variable (costs) that contain 64-bit
floating point numbers. Load fees with 35000 and cost with 45000.75. Print out the values of both fees and costs. Create a
third 32-bit integer variable that you don't plan on using yet called profit and make sure that Rust will not generate an
"unused variable error" for this variable.
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