The answer is -0.016 N, and as it negative, the nature of the force is attractive.
Finding the force of attraction
Coulomb's Law is given by :
[tex]\boxed {F = \frac{kq_{1}q_{2}}{r^{2}}}[/tex]
Solving
F = 9 × 10⁹ × 160 × 10⁻⁶ × -250 × 10⁻⁶ / (150 × 10⁻³)²F = -360000 × 10⁻³ / 22500 × 10⁻⁶F = -16 × 10⁻³F = -0.016 N1.A common source amplifier has been designed using a pmos triode load: What problem you might expect? Why? 2.Explain the problem(s) that might occur if a MOSFET's transconductance becomes large 1) keeping the power dissipation same? ii. keeping the chip size?
The issue with common source amplifier has been designed using a PMOS triode load is that:
It may detracts from voltage gotten due to the fact that it draws current.It is one that has a short life. It can be susceptible to overload of voltageWhat is the problem(s) that might occur if a MOSFET's transconductance becomes large ?Note that Transconductance is seen as a form of an expression that is regarding the performance of a bipolar transistor or what we call the field-effect transistor (FET).
In all, the larger the transconductance size for any device, the bigger or greater the level of amplification and it is one that is said to be capable of sending, if all other factors are said to be in a constant state.
Note that Amplifier are said to be relatively linear and it also for bigger signal analysis.
Hence, The issue with common source amplifier has been designed using a PMOS triode load is that:
It may detracts from voltage gotten due to the fact that it draws current.It is one that has a short life. It can be susceptible to overload of voltageLearn more about amplifier from
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if the mind drum diameter 6 m calculate how far the counterweight which is 10 tons will lift for each single rotation of the Drum Show all calculations
Measure the diameter of the drum. This is the distance across a circular end. For instance, the diameter might measure 18 inches. Divide the diameter in half.
How to find single rotation of the Drum?
The diameter of the drum is : d=6m
We understand that in a winch there's a cable that's connected from the weight to be raised to the drum, around which it's is rolled. So the distance the counterweight is lifted coordinates to the circumference of the drum. The expression to calculate the counter weight lifted in every single rotation of the drum is provided by,
h lift =C = πd
Substituting the importance of d in the above expression .
C=227×6C=18.85m
Thus, the counter weight lifted in each circuit of drum is
18.85m.
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