R1 to R9 typically refer to registers in a computer architecture, often used in programming or assembly language. To use these registers, you typically load data into them using instructions specific to your architecture, perform operations like addition or subtraction, and store results back in memory or into other registers. Each register may have specific purposes or conventions, so it's essential to refer to the architecture's documentation to understand their roles and how to utilize them effectively in your code.
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What does r1 14k
Lateral Surface Area = π(r1 + r2)s = π(r1 + r2)√((r1 - r2)2 + h2)Top Surface Area = πr12Base Surface Area = πr22Total Surface Area = π(r12 + r22 + (r1 * r2) * s) = π[ r12 + r22 + (r1 * r2) * √((r1 - r2)2 + h2) ]
549/36 = 15 r9
For a conical frustum:Lateral Surface Area = π(r1 + r2)s = π(r1 + r2)√((r1 - r2)2 + h2)Top Surface Area = πr12Base Surface Area = πr22Total Surface Area = π(r12 + r22 + (r1 * r2) * s) = π[ r12 + r22 + (r1 * r2) * √((r1 - r2)2 + h2) ]
r1=2 n=7 r1!/n!