What is the equation of the line that passes through the points (–2, 2) and (0, 5)? A. y = 3/2x + 5 B. y = x – 5 C. y = –3/2x + 5 D. y = x + 5
Slope , m = y2-y1 /x2-x1 = 5-2/0-(-2) = 3/2; Equation of line, y = mx +c, substitute value (0,5) in equation, 5 = 0(3/2) + c , c =5, y = mx +c , substitute value of m and c , y = 3/2*x + 5, y =3/2 x +5
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Question
Updated 3/28/2018 11:41:45 PM
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Slope , m = y2-y1 /x2-x1 = 5-2/0-(-2) = 3/2; Equation of line, y = mx +c, substitute value (0,5) in equation, 5 = 0(3/2) + c , c =5, y = mx +c , substitute value of m and c , y = 3/2*x + 5, y =3/2 x +5

Questions asked by the same visitor
A series circuit contains a generator, two devices, and connecting wires. The resistances of the two devices are 15 ohms and 10 ohms. The voltage supplied by the generator is 75 V. What will be the voltage drop in the device with 10 ohms of resistance? A. 3 V B. 25 V C. 30 V D. 45 V
Question
Updated 9/16/2019 11:45:22 PM
A series circuit contains a generator, two devices, and connecting wires. The resistances of the two devices are 15 ohms and 10 ohms. The voltage supplied by the generator is 75 V. The voltage drop in the device with 10 ohms of resistance will be 30 V.

Solution:
Voltage drop=Voltage * Resistor / total resistance
e = 75 * 10/25
e = 3 * 10
e = 30 V
Combining which of the following substances with germanium will cause the germanium to emit free electrons? A. Indium B. Aluminum C. Bismuth D. Gallium
Question
Updated 9/16/2019 11:50:05 PM
Combining Gallium with germanium will cause the germanium to emit free electrons.
Which of the following usually occurs with a short circuit? A. All parts of the circuit will begin to carry higher amounts of current than normal. B. Most of the current will flow through one part of the circuit. C. The material within a fuse may begin to melt when the current ceases to exist. D. All parts of the circuit will begin to carry lower amounts of current than normal.
Question
Updated 229 days ago|4/9/2020 6:46:19 PM
All parts of the circuit will begin to carry higher amounts of current than normal. -usually occurs with a short circuit.
Added 229 days ago|4/9/2020 6:46:19 PM
Which of the following is an accurate description of the relationship demonstrated in Ohm's Law? A. The electric potential (volts) divided by the current (amperes) equals the resistance (ohms). B. The electric potential (amperes) divided by the resistance (ohms) equals the current (volts). C. The resistance (ohms) divided by the current (amperes) equals the electric potential (volts). D. The electric potential (volts) multiplied by the resistance (ohms) equals the current ...
Question
Updated 38 days ago|10/17/2020 9:17:57 PM
The electric potential (volts) divided by the current (amperes) equals the resistance (ohms). -is an accurate description of the relationship demonstrated in Ohm's Law.
Added 38 days ago|10/17/2020 9:17:57 PM
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