The First Entry Commanding Officer

Who Led the First Entry?

The first entry was commanded by Hernán Cortés. Hernán Cortés was a Spanish conquistador who led an expedition that caused the fall of the Aztec Empire. In 1519, he set sail from Cuba to Mexico with the goal of exploring and conquering the land. Upon arriving in Mexico, Cortés and his men faced various challenges, including battles with the native Aztec people. Cortés is known for his conquest of the Aztec Empire and the eventual establishment of Spanish rule in Mexico. His leadership and military strategies played a significant role in the success of the Spanish conquest.

A Combined Circuit Problem

A combined circuit consists of two resistors in parallel with resistances of 6.0 ohms and 80 ohms, and one resistor in series with a resistance of 13.0 ohms. If the power source is 9.0 volts, we need to calculate the current flowing through the circuit. To find the total resistance in the parallel branch, we use the formula 1/R_total = 1/R1 + 1/R2, where R1 = 6.0 ohms and R2 = 80 ohms. 1/R_total = 1/6 + 1/80 R_total = 4.615 ohms Now, we calculate the total resistance of the circuit by adding the series resistor: R_total_circuit = R_total + 13.0 R_total_circuit = 4.615 + 13.0 R_total_circuit = 17.615 ohms Using Ohm's Law (V = IR), we can find the current (I) flowing through the circuit: I = V / R_total_circuit I = 9.0 / 17.615 I ≈ 0.51 Amperes Therefore, the current flowing through the circuit is approximately 0.51 Amperes when the power source is 9.0 volts.

quem comandou a primeira entrada? A combined circult has two resistors in parallel (6.0 ohms and 80 ohms) and another in series (13.0 ohms) If the power source is 9.0 volts, what will the current be?

Hernán Cortés led the first entry into Mexico. The current flowing through the circuit with two resistors in parallel and one in series, powered by a 9.0-volt source, will be approximately 0.51 Amperes.

← Boomtown s exponential growth a bright future ahead Exploring andrew jackson s democratic presidency →

More Posts: