3. :)))) Draw and label Maslow’s hierarchy of needs. After you
have DRAWN (hand drawn is ok, but technology enhanced is preferred)
the hierarchy, explain what each level means in terms of employee
motivation, giving specific examples of how each level in the
hierarchy clearly affects human motivation.
PLEASE AND THANKYOU
The circuit you’re making needs a 1.5?? capacitor but you only
have three 1?? capacitors. Draw how you make an equivalent
capacitor from the 1?? capacitors.
Explain the operation of the isolation amplifier. Design a
circuit that takes an input voltage and outputs a scaled
differentiated version of the input minus a scaled version of the
input, at the output of the circuit
1. Explain on the basic operation of the n-channel JFET. Draw
the drain characteristics or output characteristics of the
mentioned JFET type and denote the important parameters on the
graph
2. Explain why the JFET is called a unipolar device. Your
explanation must be based on the n-channel or p-channel device
which is biased to operate as an amplifier
3. A JFET amplifier has a load resistance, RL= 500 kΩ. Find the ac
drain resistance, rd if the amplification factor,...
Draw the resting circuit and explain each part and what it represents. Show the calculation (Nernst equation) of the equilibrium potentials (with reference for the concentrations), give a reference for the resting potential, and apply physics to show how the chosen resistances are able to yield the resting potential.
Draw an electrical door warning control circuit for the aircraft
toilet "Vacant" (red light) and "In-use" (green light) sign.
The circuit components must include (but are not limited to) the
following:
1. a 24 VDC supply,
2. switch(es),
3. relay(s),
4. 2 x 1 kΩ resistors,
5. 2 LEDs (a RED and a GREEN), and
6. earth/ground.
Circuit operation:
The main voltage source is supplied from a 115 VAC generator. A
resistor is individually connected to each LED lights that...
1. the use of Amplifier Loading in a circuit.?
2. the DC operation of a BJT using an equivalent model in terms
of base current (master) and output current (slave) loops.