Answer:
There is a yellow line on your left and a white line on your right.
Explanation:
The yellow line between the roads separate the oncoming traffic lane, so the drivers won't get confused. Since the driver is on the right side of the road, the yellow line would be on their left, since the middle line (yellow line) is in the middle of the road.
Bebe receives a letter from the FBI stating that she is wanted for a crime. The letter says she must send her Social Security number. What should she do in order to best protect her personal information? A. Send a note to the address given on the letter and ask the sender to provide evidence of the case against her. B. Call the phone number included with the letter and ask for more details. C. Send her Social Security number immediately. D. Contact her local police department and report a possible fraud attempt.
Answer:
B
Explanation:
This helps to make sure that she gets direct response from the sender as to what crime she has committed.
Answer:
b
Explanation:
2. Two charges 160μC and -250μC are placed together at a distance of 150 centimeter apart. Find the force of attraction between each other. Also explain the nature of the force [Repulsing force = +ve, Attraction force = -ve]
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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What is the difference between mnemonic codes and machine codes?
The difference between mnemonic codes and machine codes is that machine codes use binary, whereas mnemonic codes use shorthand English.
Mnemonics codes use shorthand English and machine codes use binary.
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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.
Does anybody know what this is? Where it came from and how to get it back into my laptop
Using the image attached, the part of the laptop that is known to be broken is the hing e. You can get it back by taking it to a laptop repairer who will replace it or glue it back if is not bad.
What is laptop hing e?A laptop is known to be made up of a lot of components. The hing e is known to be a type of object that functions by connecting two solid parts of the laptop so that they can be rotated in regards to each other with some specific angle that exist between them.
Note that In laptop hing e is a tool that helps to give laptop screen the ability to be rotated with regards to the base panel.
Therefore, its function is to also helps screen to be in a state of full rest or it helps it to rest on the laptop base panel when it is said to not be in use.
Hence, Using the image attached, the part of the laptop that is known to be broken is the hing . You can get it back by taking it to a laptop repairer who will replace it or glue it back if is not bad.
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what is the name of a building that is L shaped?
The name of a building that is L shaped is Ells.
What is a building?Building are structures erected to serves as protection for man an animals. It usually have a roof and walls standing which helps to hold it in place.
An ell is an attachment of a building that is named after its L shape. It is located at a right angle to the building.
Therefore,
The name of a building that is L shaped is Ells
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.Block A of mass 30 kg is resting on Block B of 15 kg and both blocks are connected via a
light and inextensible cable, which runs over a light and smooth pulley. Determine the
tension, T, in the cable and the acceleration of Block B, aB, as it moves up the inclined
plane.
The tension in the cable and the net acceleration of the block B are 291.814 newtons and 0.112 meters per square second, respectively.
How to determine the tension and the acceleration of block B
Based of the representation seen in the image, an external force moves the block A downwards and the block B moves upwards and with an net acceleration of same magnitude due to the cable. By Newton's laws we construct the free body diagrams for each mass and that can be seen in the image seen below.
The motion equations are described below:
Mass A
250 N - 0.4 · Na - T + (30 kg) · (9.807 m / s²) · sin 30° = (30 kg) · a (1)
Na - (30 kg) · (9.807 m / s²) · cos 30° = 0 (2)
Mass B
- T + 0.4 · Na + 0.3 · Nb + (15 kg) · (9.807 m / s²) · sin 30° = - (15 kg) · a (3)
Nb - Na - (15 kg) · (9.807 m / s²) · cos 30° = 0 (4)
By (2):
Na = (30 kg) · (9.807 m / s²) · cos 30°
Na = 254.793 N
By (4):
Nb = 254.793 N + (15 kg) · (9.807 m / s²) · cos 30°
Nb = 382.190 N
Then, we have the following system of linear equations:
T + (30 kg) · a = 250 N - 0.4 · Na + (30 kg) · (9.807 m / s²) · sin 30°
T + 30 · a = 295.188
T - (15 kg) · a = 0.4 · Na + 0.3 · Nb + (15 kg) · (9.807 m / s²) · sin 30°
T - 15 · a = 290.127
The solution of the linear system is T = 291.814 N and a = 0.112 m / s².
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