What is IC1 CD4047?

When a police man says ic3 male What dose this mean?

IC1 male, is a caucasian (white European) male.

What does ic1 stand for in police code?

In police code, "IC1" typically stands for "Initial Contact 1." It refers to the first interaction or initial contact made by a police officer with a person or situation during an incident or call for service. It is often used to categorize different stages or phases of police response.

A differential amplifier stage has collector resistors of 5.1k ohm each if ic1 equals 1.35ma and ic2 equals 1.29ma what is the differential output voltage?

If a differential amplifier stage has collector resistors of 5.1k ohms and if ic1 equals 1.35ma and ic2 equals 1.29ma the differential output voltage is 0.306 volts.(5.1 * 1.35) - (5.1 * 1.29)

How to calculate the current gain in darlington pair?

start at Ic'= Ic1+Ic2 Ib'=Ib1 Ic1=B1*Ib' Ie1=Ib2=Ib'(B1+1)=Ib'B1 + Ib' Ic' = Ib'*B1 + Ic2 Ic2= B2(Ib'B1+Ib') Ic' = Ib'B1 + Ib'B1B2 + Ib'B2 divide by Ib' Ic'/Ib'= current gain =B'=B1+B2+B1B2 note: calculations without resistance

In the bill what is an ic3 and an ic1 male and what does it mean?

Police felt it more appropriate to give ethnic groups codes so that they didn't have issues of race theses were IC1 White person IC2 Mediterranean or Hispanic person IC3 African/Caribbean person IC4 Indian, Nepalese, Maldivian, Sri Lankan, Bangladeshi, or any other (South) Asian person IC5 Chinese, Japanese, or South-East Asian person IC6 Arabic, Egyptian or Maghreb person IC0 Origin unknown

What in police jargon does I C 1 male or female mean?

male ic1 means male means-male ic means-identity code 1 means-white person IC1 White person IC2 Mediterranean or Hispanic person IC3 African/Caribbean person IC4 Indian, Nepalese, Maldivian, Sri Lankan, Bangladeshi, or any other (South) Asian person IC5 Chinese, Japanese, or South-East Asian person IC6 Arabic, Egyptian or Maghreb person IC0 Origin unknown

What are some major roadways of Portugal?

There are many major roadways in Portugal. Some of these roadways include highways A1 through A29. In addition, there are principal routes IC1 through IC17.

Why indifference curves cannot intersect each other?

ntersection of two indifference curves representing different levels of satisfaction is a logical contradiction. It would mean that indifference curves representing different levels of satisfaction are showing the same level of satisfaction at the point of intersection or contact. We can prove this property of indifference curves through contradiction. Suppose, two indifference curves IC1 and 1C2 meet (Fig (a)), intersect (Fig. (b)) or touch (Fig. (c)) each other at point 'A' in Fig. Point 'C' is taken just above point 'B', such that it contains same amount of commodity 'X' and more amount of commodity' Y'. Consider points 'B' and 'A' on IC1. Consumer is indifferent between these points, as both lie on the same indifference curve IC. Further, points 'A' and 'C lie on the same indifference curve IC implying same level of satisfaction to the consumer. Now, by the assumption of transitivity, points 'B' and 'C' yield same level of satisfaction to the consumer. But, point 'C' lies on a higher indifference curve having more amount of commodity' Y'. It must be preferred to point 'B' by the assumption of non-satiety. Further, intersection of two indifference curves also violates the assumption of positive marginal utilities of the two commodity. In Fig., intersection of IC1 and IC2 means additional amount of BC has zero utility. Therefore, indifference curves can never intersect or touch each other.

Describe the characteristics of indifference curve?

Properties/Characteristics of Indifference Curve:Definition, Explanation and Diagram:An indifference curve shows combination of goods between which a person is indifferent. The main attributes or properties or characteristics of indifference curves are as follows:(1) Indifference Curves are Negatively Sloped:The indifference curves must slope down from left to right. This means that an indifference curve is negatively sloped. It slopes downward because as the consumer increases the consumption of X commodity, he has to give up certain units of Y commodity in order to maintain the same level of satisfaction.In fig. 3.4 the two combinations of commodity cooking oil and commodity wheat is shown by the points a and b on the same indifference curve. The consumer is indifferent towards points a and b as they represent equal level of satisfaction.At point (a) on the indifference curve, the consumer is satisfied with OE units of ghee and OD units of wheat. He is equally satisfied with OF units of ghee and OK units of wheat shown by point b on the indifference curve. It is only on the negatively sloped curve that different points representing different combinations of goods X and Y give the same level of satisfaction to make the consumer indifferent.(2) Higher Indifference Curve Represents Higher Level:A higher indifference curve that lies above and to the right of another indifference curve represents a higher level of satisfaction and combination on a lower indifference curve yields a lower satisfaction.In other words, we can say that the combination of goods which lies on a higher indifference curve will be preferred by a consumer to the combination which lies on a lower indifference curve.In this diagram (3.5) there are three indifference curves, IC1, IC2 and IC3 which represents different levels of satisfaction. The indifference curve IC3 shows greater amount of satisfaction and it contains more of both goods than IC2 and IC1 (IC3 > IC2 > IC1).(3) Indifference Curve are Convex to the Origin:This is an important property of indifference curves. They are convex to the origin (bowed inward). This is equivalent to saying that as the consumer substitutes commodity X for commodity Y, the marginal rate of substitution diminishes of X for Y along an indifference curve.In this figure (3.6) as the consumer moves from A to B to C to D, the willingness to substitute good X for good Y diminishes. This means that as the amount of good X is increased by equal amounts, that of good Y diminishes by smaller amounts. The marginal rate of substitution of X for Y is the quantity of Y good that the consumer is willing to give up to gain a marginal unit of good X. The slope of IC is negative. It is convex to the origin.(4) Indifference Curve Cannot Intersect Each Other:Given the definition of indifference curve and the assumptions behind it, the indifference curves cannot intersect each other. It is because at the point of tangency, the higher curve will give as much as of the two commodities as is given by the lower indifference curve. This is absurd and impossible.In fig 3.7, two indifference curves are showing cutting each other at point B. The combinations represented by points B and F given equal satisfaction to the consumer because both lie on the same indifference curve IC2. Similarly the combinations shows by points B and E on indifference curve IC1 give equal satisfaction top the consumer.If combination F is equal to combination B in terms of satisfaction and combination E is equal to combination B in satisfaction. It follows that the combination F will be equivalent to E in terms of satisfaction. This conclusion looks quite funny because combination F on IC2 contains more of good Y (wheat) than combination which gives more satisfaction to the consumer. We, therefore, conclude that indifference curves cannot cut each other.(5) Indifference Curves do not Touch the Horizontal or Vertical Axis:One of the basic assumptions of indifference curves is that the consumer purchases combinations of different commodities. He is not supposed to purchase only one commodity. In that case indifference curve will touch one axis. This violates the basic assumption of indifference curves.In fig. 3.8, it is shown that the in difference IC touches Y axis at point C and X axis at point E. At point C, the consumer purchase only OC commodity of rice and no commodity of wheat, similarly at point E, he buys OE quantity of wheat and no amount of rice. Such indifference curves are against our basic assumption. Our basic assumption is that the consumer buys two goods in combination.

What colors mixed make skin color?

Well, with pencil color I just color with the orange lightly or until I get the shade of peach I want. For acryllics, I would just use the color peach and water it down a bit. For watercolor, just plain old peach. For oil, same thing as acryllic. For oil pastels, just color lightly with the peach. And sorry to use the color name "peach" so often, but that's what the color's called, so. And I think that's pretty much it, or so that's all I've heard of.

How do you present electronic decision maker circuit?

There are two main parts to this project - an oscillator (based on IC1) and a LED driver (based on IC2). In a nutshell, when you press the pushbutton, power is supplied to the circuit and the "reservoir" capacitor on the main supply rail charges to the battery voltage (3V). At the same time, the resistor and capacitor around one of the Schmitt NAND gates (IC1c) cause it to oscillate. The word NAND is a contraction of NOT & AND. The "AND" part means that both inputs to the gate need to be a logic "high" for the gate to operate and the "NOT" means the output is opposite, or inverted, to the input. There is a "truth table" shown in Table 1 which shows what happens to the output, depending on what is occurring at the input. The "Schmitt" part of the name refers to a feature of the threshold points, or triggering, of the gate. The voltage levels at which it triggers, either low or high, are quite precise but more importantly, are widely separated. This makes a Schmitt trigger more immune to noisy triggering waveforms. As you can see, the two inputs to the gate are connected together, effectively turning it into an inverter. As such, the input and output can never be the same state - when the input is high, the output must be low and vice versa.When you press and hold the button, the IC is powered up but at that instant the inputs are in a low state (because the 1μF capacitor is not charged). Therefore the output is high. The capacitor then starts to charge via the 68kΩ resistor from output to input. When the capacitor voltage passes the gate's upper threshold voltage (ie, the input goes high), the output goes low. The capacitor then starts to discharge, the voltage eventually dropping below the gate's lower threshold voltage. The output then goes high again. This keeps happening as long as power is applied to the circuit. It's called a "relaxation oscillator" and is a very easy way to make any form of pulse generator. The frequency at which it operates is determined by the values of the resistor and capacitor. The formula is 1/0.55 x RC, where R is in ohms and C is in Farads (note that - Farads, not microfarads). Therefore if the resistor is exactly 68,000 ohms (unlikely!) and the capacitor is exactly 1μF (even more unlikely!), the frequency of this oscillator circuit will be 1/ 0.55 x 68,000 x 0.000001, or 1/0.0374, or approximately 26Hz (actually 26.7Hz). Why did we say it was unlikely that the resistor and capacitor wouldn't be exactly what their marked value said? If the resistor has a 1% tolerance, its actual value could be anywhere from 99% of 68,000 ohms (67,320Ω) to 101% (68,680Ω). And capacitors normally have a much wider tolerance - as much as 20% or more. So you can see we are not talking exact values in a simple circuit such as this.

What is IC1 CD4047?

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Why we use ic1 555 in lpg gas detector?