helowo there im dieing someone help
and what do you do if you have fallen(flouting ) and you can't get up (down).
Answers
Helowo there, dieing!
You call 911 or let your death becomeith of you
Have fun!
:)
Hope this helped, Have a great rest of decomposing!
Related Questions
9.24 a design error has resulted in a gross mismatch in the circuit of fig. p9.24. specifically, q2 has twice the w/l ratio of q1. if vid is a small sine-wave signal, find:
Answers
Drain current for Q1, \(i_{D1}\) = I / 3
Drain current for Q2, \(i_{D2}\) = 2 I / 3
Drain current for Q1 is,
\(i_{D1}\) = 1 / 2 \(k'_{n}\) ( W / L ) ( \(v_{GS1}\) - \(V_{t}\) )²
Drain current for Q2 is,
\(i_{D2}\) = 1 / 2 \(k'_{n}\) ( 2 W / L ) ( \(v_{GS2}\) - \(V_{t}\) )²
From the circuit, for both Q1 and Q2 transistors,
Gate voltage = Source voltage = Threshold voltage
So,
\(v_{GS1}\) - \(V_{t}\) = \(v_{GS2}\) - \(V_{t}\)
\(i_{D2}\) = 1 / 2 \(k'_{n}\) ( 2 W / L ) ( \(v_{GS2}\) - \(V_{t}\) )²
( \(v_{GS2}\) - \(V_{t}\) )² =\(i_{D2}\) / [ 1 / 2 \(k'_{n}\) ( 2 W / L ) ]
\(i_{D1}\) = 1 / 2 \(k'_{n}\) ( W / L ) ( \(v_{GS1}\) - \(V_{t}\) )²
\(i_{D1}\) = 1 / 2 \(k'_{n}\) ( W / L ) ( \(v_{GS2}\) - \(V_{t}\) )²
\(i_{D1}\) = 1 / 2 \(k'_{n}\) ( W / L ) \(i_{D2}\) / [ 1 / 2 \(k'_{n}\) ( 2 W / L ) ]
\(i_{D1}\) = \(i_{D2}\) / 2
\(i_{D1}\) / \(i_{D2}\) = 1 / 2
In the circuit, constant bias current imposes the constraint.
\(i_{D1}\) + \(i_{D2}\) = I
\(i_{D2}\) = I - \(i_{D1}\)
\(i_{D1}\) / \(i_{D2}\) = 1 / 2
\(i_{D1}\) / ( I - \(i_{D1}\) ) = 1 / 2
\(i_{D1}\) = I / 2 - \(i_{D1}\) / 2
\(i_{D1}\) + \(i_{D1}\) / 2 = I / 2
3 \(i_{D1}\) / 2 = I / 2
\(i_{D1}\) = I / 3
\(i_{D1}\) / \(i_{D2}\) = 1 / 2
I / 3 = \(i_{D2}\) / 2
\(i_{D2}\) = 2 I / 3
Therefore,
Drain current for Q1, \(i_{D1}\) = I / 3
Drain current for Q2, \(i_{D2}\) = 2 I / 3
The given question is incomplete. The complete question is :
A design error has resulted in a gross mismatch in the circuit of Fig. P9.24. Specifically, Q2 has twice the W/L ratio of Q1. if \(v_{id}\) is a small sine-wave signal, find \(i_{D1}\) and \(i_{D2}\). Fig. P9.24. is shown in the image attached.
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An ant is crawling along a yardstick that is pointed with the 0-inch mark to the east and the 36-inch mark to the west. It starts at the 14-inch mark, crawls to the 20-inch mark, then moves to the 16-inch mark. What was the total distance the ant traveled?
Answers
Given :
An ant is crawling along a yardstick that is pointed with the 0-inch mark to the east and the 36-inch mark to the west.
It starts at the 14-inch mark, crawls to the 20-inch mark, then moves to the 16-inch mark.
To Find :
The total distance the ant traveled.
Solution :
Total distance travelled by ant = (distance between 14 and 20 inch mark) +
(distance between 20 and 16 inch mark)
Total distance = (20-14 ) + ( 20-16) = 6 + 4 = 10 inch.
Therefore, total distance the ant traveled is 10 inch.
Hence, this is the required solution.
What distance is required for a train to stop when traveling 50 miles per hour? half mile one and a half miles four miles
Answers
One and a half miles of distance is required for a train to stop when traveling 50 miles per hour.
Rate of change in position, or speed, is equal to distance traveled divided by time. To solve for time, divide the distance traveled by the rate.
Rearranging the formula,
Speed = distance / time.
Distance = speed × time.
Time = distance / speed.
Hence,
Distance = Speed × Time
⇒ Distance = 50 × 60 / 2000
⇒ Distance = 1.5 miles
⇒ Thus, the distance which is required to stop a train is 1.5 miles, which is, One and a half miles.
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17. When people replace systems, even when they still work, this is an example of... *
A. Consumerism
B. Automation
C. Manual Labour
D. None of the above
Answers
I'm gonna have to guess B) Automation sorry if I get it incorrect
So in simpler words......C.
Have a great day!
a solar pv array has an output voltage of 220v and the rated current of 6 a at best conditions (knee of the i-v curve at most solar radiation energy). the output needs to be boosted to 400 v (dc) by a boost converter. assuming the switching frequency fs
Answers
To boost the output voltage of the solar PV array to 400V using a boost converter, the output current of the converter needs to be approximately 3.3A.
A boost converter is used to increase the output voltage of a solar PV array. In this case, the solar PV array has an output voltage of 220V and a rated current of 6A at best conditions. The goal is to boost the output voltage to 400V (DC) using the boost converter.
To achieve this, we can use the formula for power, which is P = V x I. Since the power remains constant, we can equate the input power (220V x 6A) to the output power (400V x I), where I is the output current.
From this equation, we can solve for I:
220V x 6A = 400V x I
1320W = 400V x I
I = 1320W / 400V
I = 3.3A
Therefore, the output current of the boost converter needs to be approximately 3.3A in order to achieve an output voltage of 400V.
In conclusion, to boost the output voltage of the solar PV array to 400V using a boost converter, the output current of the converter needs to be approximately 3.3A.
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A recipe gives the instructions below.
What type of separation methods are described in the
recipe?
After browning the meat, pour off the fat from the pan.
To further reduce fat, use a strainer.
O decantation and screening
O distillation and screening
O decantation and centrifugation
O distillation and filtration
N
<
O
a
2:28 PM
002
Answers
Answer: It’s A
Explanation:
The use of seat belts in cars has significantly reduced the number of crash fatalities. Which statement best explains how government regulations guided the development of seat-belt technology
Answers
Answer:
Through public awareness
How to integrate 1/ 1 + x2
Answers
The integral of 1/(1 + x²) is (1/2)ln|1 + x²| + C where C is the constant of integration.
Integration is a mathematical process of finding the antiderivative of a function. To integrate the given expression 1/(1 + x²), we will use the substitution method.
Let u = 1 + x², du/dx = 2x dx, then dx = du/2x and the integral becomes:
∫1/(1 + x²) dx = ∫1/u * (1/2x) du= (1/2)∫1/u du
The antiderivative of 1/u is ln|u| + C, where C is the constant of integration.
Therefore, the final solution of the integral is (1/2)ln|1 + x²| + C.
Let us work through the steps:
Step 1:Let u = 1 + x² and then differentiate both sides with respect to x to obtain du/dx. du/dx = 2x
Substitute 2x dx = du into the integral ∫1/(1 + x²) dx to get the integral in terms of u:∫1/u * (1/2x) du = (1/2) ∫1/u du
Step 2:Calculate the antiderivative of 1/u, which is ln|u|. Thus, the final solution is (1/2)ln|1 + x²| + C, where C is the constant of integration. The constant C will vary depending on the initial conditions of the problem.
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Which air is the driest
Answers
Explanation:
san po ung pagpipilian ?
Answer the following question in your activity notebook. 1. Which of the exercises you've done were easy to perform? 2. Did you continue performing those exercises which you found to be difficult? Why? 3. Were you confident in doing those exercises on your own? Why?
Answers
Answer: They are all easy to perform as they are bodyweight exercises.
Explanation:
no difficult exercise so NA. Yes I was plenty of online video to watch to address issues
Unlike velocity, speed is scalar, which means it is described by ...
only.
Answers
Unlike velocity, speed is scalar, which means it is described by magnitude only.
What is scalar quantity?A scalar quantity is a quantity that can be defined by its magnitude alone. Magnitude has enough information to describe the quantity.
Examples of scalar quanitites;
distance, speed, time, temperature, etcWhat is vector quantity?Vector quantities refer to the physical quantities that can be described by both magnitude and direction.
Examples of vector quantities include;
Displacement, force, torque, momentum, acceleration, velocity, etc.Thus, unlike velocity, speed is scalar, which means it is described by magnitude only.
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1 ptThe movement of crustal plates results from circulating currents in material beneath the crust of Earth. Which BEST describes the material which moves the crustal plates?hot watermolten rockliquid metalsolid iron
Answers
The movement of crustal plates results from circulating currents in the mantle material beneath the crust of Earth. The mantle material is made up of molten rock and solid iron.
Crustal plates are large areas of the Earth's crust that float on the underlying molten mantle. The plates are in constant motion and move a few centimeters each year. Earth's crust is made up of about a dozen of these plates.
The heat causes the molten rock and solid iron to flow, producing convection currents. The movement of the mantle material drives the movement of the crustal plates, causing them to shift and collide with each other.
There are two types of crustal plates: oceanic plates and continental plates. Oceanic plates are thinner and denser than continental plates, and they are found beneath the oceans.
The movement of crustal plates has several effects on the Earth's surface. These include the formation of mountains, the creation of new land, the formation of valleys, and the creation of earthquakes and volcanic activity. When two plates collide, they can form a mountain range.
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g The pieces of fruit are still distinguishable and as before you can buy as few or as many of the pieces of fruit that you want. The available quantities are the same. However the number of pears that you buy must be equal to the number of bananas that you buy. Now how many choices do you have
Answers
The number of choices you have in this scenario is equal to the number of available quantities for each fruit.
If the number of pears you buy must be equal to the number of bananas you buy, then the choices you have will be limited. Let's say there are n available quantities for each fruit. In this case, you will have n choices because for each possible quantity of pears, there is only one corresponding quantity of bananas that you can buy to maintain the equal count.
For example, if there are 3 available quantities for each fruit (n = 3), your choices could be:
Buy 1 pear and 1 banana
Buy 2 pears and 2 bananas
Buy 3 pears and 3 bananas
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which layer of the earth contains convection currents
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PLEASE HELP ASAP 30 POINTS AND BRAINLY IF RIGHT. The arrow in the photo represents a force.
Which force is equal but opposite to the one shown?
Answers
Answer:
the ancer is c I know it because I had the same test or it might have been different but it looks familiar to me
A lamp is marked 24V, 100W. Describe an experiment to check that the electrical power supplied to the lamp is 100W when the p.d. across it is 24V.
In your account you should
* include a circuit diagram,
* state the readings that are taken,
* show how the result is calculated from the readings.
Answers
The electrical power supplied to the lamp is 100W when the p.d. across it is 24V and the current is 4.2 A.
What is electrical power?Electrical power is the rate at which electrical work is done.
The unit of electrical power is Watts.
Power = Current × VoltageThe experiment will require a 24V Battery, a Lamp marked 24V, 100 W, a key, wires, a rheostat, a voltmeter and an ammeter.
The circuit is completed and the rheostat is adjusted to provide until the voltmeter reads 24V.
The ammeter reading is taken as well.
When the voltmeter reading is 24V, it can be seen that' the ammeter reading for current is approximately 4.2 A.
Calculating, the power of the lamp:
Power = 24 × 4.2 = 100 W
Therefore, the electrical power supplied to the lamp is 100W when the p.d. across it is 24V and the current is 4.2 A.
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Describe how the density of aluminium may be determined using the bar. In your account
() describe the readings to be taken,
(i)
state the instruments used to make the readings,
(ill) describe how the density is calculated from the readings.
Answers
We know that water is denser than air or a piece of paper is denser than rock.
How do we determine density?
Density is determined by measuring it’s mass and then dividing it by it’s volume.
Let us take a solid cube of aluminium.
(i) The readings to be taken are the mass of aluminium and volume of aluminium.
(ii) Instruments used are :
digital weighing scale to measure mass a measuring cylinder to measure volume which is filled with water using pair of tongs we will put the aluminium cube in the water.(iii) We will check the mass of the aluminium cube by simply putting it on the weighing machine. Now we will check the volume by putting that cube into the water. The initial level was x. The water level rises to y after putting the cube into it. To know the volume, we will simply subtract y-x. Hence, we know the volume.
To know the density, divide mass by volume. (Mass / volume)
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mid-sized black holes of a few thousand solar masses have been found in the cores of some
Answers
galaxies. Mid-sized black holes, also known as intermediate-mass black holes (IMBHs), have been observed in the cores of some galaxies.
These black holes have masses ranging from a few hundred to a few thousand times that of the Sun. While supermassive black holes, which can have millions or billions of solar masses, are commonly found at the centers of galaxies, the existence of intermediate-mass black holes was initially more elusive. However, there is growing evidence for the presence of IMBHs based on observations of their gravitational effects on surrounding objects and indirect detection methods.
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Which of the following limiting factors would be directly affected by a drought? a. birth/death rate b. immigration c. available niche d. resource supply Please select the best answer from the choices provided A B C D
Answers
Answer:
C. answer pa brailest need lang po please
D. Resource Supply this would be directly affected first then the rest would follow after a period of time.
consider a steam engine whose working fluid always stays within the quality range of 0.0 to 1.0. the system operates between the pressure limits of 6.8 mpa and 1.21 mpa. if heat is supplied to the engine at a rate of 250 kw, what is the maximum power that could be produced by the engine?
Answers
The maximum power that could be produced by the steam engine is approximately 88.2 kW. The maximum power that could be produced by the steam engine can be calculated using the thermodynamic equation for the efficiency of a Carnot cycle, which is given by:
η = (T₁ - T₂) / T₁
where η is the efficiency, T₁ is the temperature of the heat source, and T₂ is the temperature of the heat sink. In this case, the heat source temperature is unknown, but we can find it using the saturation temperature at the pressure of 6.8 MPa, which is approximately 364°C. Similarly, the temperature at the heat sink pressure of 1.21 MPa is approximately 191°C.
Using the efficiency equation and the given heat input rate of 250 kW, we can calculate the maximum power output of the steam engine as:
P max = η * Qin
where P max is the maximum power output and Qin is the heat input rate. Plugging in the values, we get:
P max = η * 250 kW = (364 - 191) / 364 * 250 kW ≈ 88.2 kW
Therefore, the maximum power that could be produced by the steam engine is approximately 88.2 kW.
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A car is traveling at a speed of 54 km/h. Breaks are applied so as to produce a uniform acceleration of -0.5 m/s2. Find how far the car will go before it is brought to rest
Answers
Explanation:
u=54 km/h
54*5/18=15 m/s
v=0m/s
t=?
acceleration=-0.5m/s^2
we know that a=v-u/t
so,
t=v-u/a
t=15-0/0.5
=15/0.5
=30
therefore, the time is 30 second
Hope this answer helps you..
An object has 23 Kg*m/s of momentum and a mass of 3 Kg. What is the objects velocity
Answers
Answer:
23 m/s
Explanation:
Ball A has a mass of 50 kg. Ball B has a mass of 75 kg. Both move at the same velocity. Which has a greater momentum?
Answers
Answer:
Ball B
Explanation:
I say this because its the heavier one?
The momentum of a body increases with increase in mass. Hence, among the two balls, the ball with the greater mass that is ball B has the greater momentum.
What is momentum ?Momentum is the ability of a moving object to bring the force effective to make maximum displacement. It is the product of mass and velocity.
P = mv
Thus, as the velocity and mass increases, the momentum increases. The force applied on a body with greater mass makes greater acceleration and greater momentum.
Therefore, at constant velocity, the object with the greater mass will have the greater momentum. Then, the ball with 75 kg mass is having the greater momentum.
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an object have an acceleration of 8m/s/s. if the net force acting upon the object is decreased by a factor of 2 and the mass is increased by a factor of 4, then the new acceleration would be?
Answers
Hence, the acceleration will be 16 m/s²
According to Newton's second law of motion, acceleration of an object is directly proportional to the net force acting on it keeping the mass of the object constant.
Mathematically,
F ∝ a
It means that when there is no net force acting on the body, there is no acceleration. A force is a push or a pull, and the net force ΣF is the total force, or sum of the forces exerted on an object in all directions. When the net force is increased or decreased by a factor of X, then acceleration also increased or decreased by a factor of X respectively according to Newton's 2nd law of motion.
F = ma
(-2)F = 4x8 N
(-2)F = 32 N
So, acceleration = 16 m/s²
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State your primary mode of transportation and evaluate the energy efficiency of your transportation (in kW-hrs per 100 person-km). All modes of transportation use energy, even walking.
Answers
My primary mode of transportation is a car, and its energy efficiency is typically around 3 kW-hrs per 100 person-km.
As my primary mode of transportation, I rely on a car for commuting and traveling. While cars offer convenience and comfort, they are not the most energy-efficient option. On average, a car consumes approximately 3 kW-hrs of energy per 100 person-km. This energy consumption includes the fuel or electricity required to power the vehicle and accounts for the energy losses during the generation, distribution, and storage processes.
The energy efficiency of a car can vary depending on several factors, including the vehicle's make and model, driving conditions, and driving habits. Factors such as speed, acceleration, and braking can impact fuel consumption and efficiency. Additionally, the type of fuel or power source used by the car influences its energy efficiency. Electric vehicles (EVs) tend to have higher energy efficiency compared to traditional internal combustion engine (ICE) vehicles, as they convert a higher percentage of their energy into forward motion.
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Calculate the Kinetic energy of an object with a mass of 15kg while sitting on a shelf that is 20m high.
Answers
Kinetic energy is energy of motion. If the object is sitting still, then it has no kinetic energy. It doesn't matter what its mass is, or how high the shelf is.
KE = 0
Please help me by 8:00!!! Thank you!!
Answers
Answer: Im sure its 1/A
Explanation:.
What type of simple machine can pinball machine flippers can be explained?
Answers
Answer:
Your pinball machine was built using two kinds of simple machines: a lever and an inclined plane. The lever shot the marble to the top of the box with lots of force. The inclined planes made the marble wind its way down to the bottom.
5. A tugboat used 153,000 watts of power to pull a broken-down cargo
a. If it took 3,600 seconds to do this, how much work was done by the tugboat?
b. If the tugboat pulled the cargo ship with a force of 306,000 N, how far was it pulled?
Answers
Answer:
the work done by the tugboat was 550,800,000 J and the distance that the cargo ship was pulled was 1,800 m
Explanation:
To solve this problem, we need to use the following formulas:
Work done = Power x Time
Power = Force x Velocity
Work done = Force x Distance
a. To find the work done by the tugboat, we can use the first formula and plug in the given values:
Work done = Power x Time Work done = 153,000 W x 3,600 s Work done = 550,800,000 J
b. To find the distance that the cargo ship was pulled, we can use the third formula and rearrange it to solve for distance:
Work done = Force x Distance Distance = Work done / Force Distance = 550,800,000 J / 306,000 N Distance = 1,800 m
what is the weight of a 60 kg table.
Answers
Weight = Fg = mg = (60 kg)*(9.8 m/s2) = 588 N