Explore topic-wise InterviewSolutions in Current Affairs.

ANSWER:

no

Explanation:

showing PITY will MAKE them feel DIFFERENT from others so i would suggest to treat them normally so they cn forget about their problem...

ANSWER:

Gasoline.

NATURAL GAS.

Coal.

Alcohol.

SOLAR Energy.

Explanation:

Following the Octet Rule for Lewis Dot STRUCTURES leads to the most accurate depictions of STABLE molecular and atomic structures and because of this we always want to USE the octet rule when DRAWING Lewis Dot Structures. There are three exceptions: (1) When there are an odd number of valence electrons, (2) When there are too few valence electrons, and (3) when there are too many valence electrons

ANSWER:

Blood meal, feather meal, fish meal, bone meal and crab meal are some examples of animal-based organic fertilizers. This type of fertilizer is often HIGH in nitrogen, and the RATE of nutrient ...

Explanation:

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ANSWER:

AIR

HOPE this HELPS you

HEY your ANSWER is NITROGEN

Answer:

Explanation:

Objectives:

1. Carefully observe and describe the characteristics of a candle flame.

2. Determine what is necessary for a candle to burn.

3. Determine the products of the combustion of a candle.

Materials: (pair of students)

Large wax candles 2

Matches 1 book

Shallow plastic or metal 1

10 ml of phenol red solution 25 ml

250 ml beaker 1

250 ml Erlenmeyer flasks 1

Rubber stopper to fit the FLASK 1

Wire gauze square 1

Tongs 1

Safety:

KEEP all flammable materials away from matches and burning candles.

Wear safety goggles.

Procedure:

1. Light a candle and let 3-4 drops of wax fall in to the center of the pan. Press the candle into the melted wax and hold it upright until the wax solidifies

2. Light the candle. Carefully observe the flame. List at least 8 OBSERVATIONS of the flame. Look at the colors and the shape of the flame. Where does the burning take place? What is burning?

observations

1

2

3

4

5

6

7

8

3. When a chemical change takes place, a different substance is formed. When a physical change takes place, the substance changes shape or phase, but the substance remains the same. Classify each of the following as a chemical (C) or physical (P) change.

a. _____ wax melting

b. _____wick burning and turning in to soot

c. _____wax burning and forming carbon dioxide

d. _____breaking a glass

e. _____baking cookies

f. _____digesting food

4. Light a second candle and hold the flame 2-4 cm from the flame of the first candle. Gently blow out the first candle flame and then move the other flame in to the smoke from the first flame. Do you have to touch the wick in order to get the candle to relight? Write your observations below. What does this tell you about the part of the candle that is burning?

Observations

5. Relight the standing candle and blow out the second candle. Using a tongs, hold the wire gauze over the flame, perpendicular to the flame. Slowly lower the gauze on to the flame. Do not touch the wax. If the flame appears to go out, quickly move the wire gauze to the side. Record your observations. What do you thick is happening? What does this say about the part of the candle that is burning?

Observations

6. Place APPROXIMATELY 150 ml of ice water in a 250 ml beaker. Dry the outside of the beaker. Hold the beaker about 4-5 cm above the flame. Look for the formation of a new compound on the bottom of the beaker. Note: you may see the formation of black soot on the bottom of the beaker. That is not the compound that we are looking for. If you see soot, you are probably holding the candle too close to the flame. Record your observations. What do you think the compound is? Where do you think that the compound came from?

Observations

7. Pour water in to the pan that the candle is in to a depth of 1cm. Quickly lower the mouth of the Erlenmeyer flask over the candle so that the mouth of the candle is below the surface of the water. Hold the flask in place for approximately one minute. After 1-2 minutes, lift the flask out of water and quickly place the rubber stopper in the mouth of the flask. Record your observations below.

Observations

8. ADD 10 ml of phenol red solution to the flask. Stopper the flask and swirl the solution for about 1 minute. Record your observations below. What does this tell you about the gas that was formed?

Observations

ANSWER:

(B) WEAK bones

Explanation:

i THINK

ANSWER:

the thing which is killing our earth

and it is made by us humans

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EXPLANATION:

DG gzg GA

GSG

gw

wtn

gwn

gnyemyn

Answer:

There are TWO GUARD cells AROUND a stoma .

Answer:

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WATER CONVERTED into STEAM at 100⁰c on HEATING

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have a NICE DAY

ANSWER:

I THINK so in INDIA and in UK

ANSWER:

HOPE it HELPS

ANSWER:

frequency

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Answer:

Wind is a form of solar energy caused by a COMBINATION of THREE concurrent events: The sun unevenly heating the ATMOSPHERE. Irregularities of the earth's SURFACE. The ROTATION of the earth.

Explanation: Nmos is preferred over pmos because n-channel mosfets have a lower Rdson*cost METRIC. This means you can GET the same Rdson for a lower cost with an n-channel device, and EVERYONE WANTS lower cost.

Manufacturing costs for a pmos wafer are pretty much the same as an nmos wafer. But, pmos needs a much larger die for the same Rdson compared to nmos due to lower mobility of P-type silicon as others here have stated. Because the needed die is bigger, die per wafer will be lower and the die cost (wafer cost/die per wafer) for a pmos device of the same Rdson will be higher.

There are applications where a p-channel device makes economical sense. Using an n-channel device as a high-side switch requires extra circuitry to drive the gate voltage higher than the supply voltage (usually via a charge pump). If the switching frequency is low or switching losses are of little concern, a p-channel device becomes the lower cost solution as the extra cost of the extra circuitry is not needed.

Answer:

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ANSWER:

PLEASE REFERS to the IMAGE GIVEN above

Answer:

It MAKE US sick by stopping the working of the immune system and the virus spreads in the whole body by replecating and COPYING itself.

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cactus has leaves but DUE to scarcity of WATER they MODIFIED to spines , to REDUCE the amount of water..

ANSWER:

F=m×a

Explanation:

force=mass×acceleration

Answer:

Plastic pollution causes HARM to HUMANS, animals and plants through toxic pollutants. It can take hundreds or even thousands of YEARS for plastic to BREAK down so the environmental damage is long-lasting. It affects all organisms in the FOOD chain from tiny species like plankton through to whales.

THEHRYANVIZ

Nearly all SOLIDS are INSOLUBLE in WATER like wood or any metal.

Kerosine is the liquid which is insoluble in water.

H2 gas is ALSO insoluble in water.

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ANSWER:

WOOL is FINE and LIGHT .

Answer:

The cell structure COMPRISES individual COMPONENTS with SPECIFIC functions essential to carry out life's processes. These components include- cell wall, cell membrane, CYTOPLASM, nucleus, and cell organelles.

Answer:

1 Soil ENRICHMENT methods" as used in our research refers to the methods that make use of ORGANIC materials (food waste) to improve the quality of soil through a process called decomposition. These methods includes (but not limited to): Pit, Heap and WINDROW Decomposition Method.

2 In general, the nitrogen cycle has five steps:

Nitrogen fixation (N2 to NH3/ NH4+ or NO3-) Nitrification (NH3 to NO3-) Assimilation (INCORPORATION of NH3 and NO3- into biological tissues) Ammonification (organic nitrogen compounds to NH3)

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Answer:

Lysosomes are formed by the fusion of TRANSPORT vesicles budded from the trans Golgi network  with  endosomes  , which contain MOLECULES TAKEN up by ENDOCYTOSIS at the plasma membrane.

ANSWER:

CM is the pascal

Explanation:

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ANSWER:

it's is Aqueous SOLUTION of SODIUM Hydroxide..

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Explanation:

In general, synthetic FIBERS are created by extruding fiber-forming materials through spinnerets, forming a fiber. ... These are called synthetic or artificial fibers. Synthetic fibers are created by a PROCESS known as POLYMERIZATION, which involves combining MONOMERS to make a LONG chain or polymer.

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<P>Answer:

The SHORTEST path problem can be defined for graphs whether UNDIRECTED, directed, or MIXED. It is defined here for undirected graphs; for directed graphs the definition of path requires that consecutive vertices be connected by an appropriate directed edge.

Two vertices are adjacent when they are both incident to a common edge. A path in an undirected graph is a sequence of vertices {\displaystyle P=(v_{1},v_{2},\ldots ,v_{n})\in V\times V\times \cdots \times V} {\displaystyle P=(v_{1},v_{2},\ldots ,v_{n})\in V\times V\times \cdots \times V} such that {\displaystyle v_{i}} v_{i} is adjacent to {\displaystyle v_{i+1}} v_{i+1} for {\displaystyle 1\leq i

Let {\displaystyle e_{i,j}} e_{i,j} be the edge incident to both {\displaystyle v_{i}} v_{i} and {\displaystyle v_{j}} v_{j}. Given a real-valued weight function {\displaystyle f:E\rightarrow \mathbb {R} } f:E\rightarrow \mathbb {R} , and an undirected (simple) graph {\displaystyle G} G, the shortest path from {\displaystyle v} v to {\displaystyle v'} v' is the path {\displaystyle P=(v_{1},v_{2},\ldots ,v_{n})} P=(v_{1},v_{2},\ldots ,v_{n}) (where {\displaystyle v_{1}=v} v_{1}=v and {\displaystyle v_{n}=v'} v_{n}=v') that over all possible {\displaystyle n} n minimizes the sum {\displaystyle \sum _{i=1}^{n-1}f(e_{i,i+1}).} \sum _{i=1}^{n-1}f(e_{i,i+1}). When each edge in the graph has unit weight or {\displaystyle f:E\rightarrow \{1\}} f:E\rightarrow \{1\}, this is equivalent to finding the path with fewest edges.

The problem is ALSO sometimes called the single-pair shortest path problem, to distinguish it from the following variations:

The single-source shortest path problem, in which we have to find shortest paths from a source vertex v to all other vertices in the graph.

The single-destination shortest path problem, in which we have to find shortest paths from all vertices in the directed graph to a single destination vertex v. This can be reduced to the single-source shortest path problem by reversing the arcs in the directed graph.

The all-pairs shortest path problem, in which we have to find shortest paths between every pair of vertices v, v' in the graph.

These generalizations have significantly more efficient algorithms than the simplistic approach of running a single-pair shortest path algorithm on all relevant pairs of vertices.

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Answer:

Disadvantages of JUTE Fiber Using:

The crease resistance of Jute is very low.

Drape Property is not GOOD enough.

Create SHADE EFFECT and becomes yellowish if sunlight is used.

If Jute is WETTED it lose it's strength.

Explanation:

EXPLANATION:

ACCELERATION is a change in speed. Licensed from iStockPhoto. NOUN. The definition of acceleration is a change in the rate of motion, speed or action. An EXAMPLE of acceleration is increasing your driving speed from 45 to 55 to merge with traffic.

Answer. [L] = 100J/10N = 100Nm/10N = 10M. [ T ] = 10m/5ms^-1 = 2S. [M] = 10N / [L] [T^-2] = 10N × 4s² / 10m = 4KG I HOPE this is your answer

Answer:

here is UR ans...

Explanation:

Unfortunately, that has now turned into a tragedy for both of them.

The girl that's in LOVE with both of them.

Yeah, and one or both of them are pilots.

I'd SLEPT with both of them in the LAST 48 hours.

And we have to work with the both of them.

Make sure you check the chip on both of them.

Explanation:

Fiber Science deals with the study of the DESIGN of textiles, fabrics and other materials aided through the study of chemistry, physics and basic textile management STUDIES. These FIBERS can be SPUN into filaments, thread, or ROPE depending upon the application in the textile industry. ...

ANSWER is:-. Fruits

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Explanation:

baking soda does not CONTAIN WATER of crystallisation ..

BLUE VITROL is HYDRATED copper sulphate ...

ANSWER:

Calcium Hypochlorite.....

Explanation:

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ANSWER:

YES I THINK that it is TRUE

ANSWER:

SORRY I don't KNOW this answer

Answer:

If we CONSIDER the chlorate radical *ClO-3*, it has a charge —3 on it which GIVES it the capacity to form IONIC COMPOUND of ..

Explanation:

Valency

Valency Radical Symbol

Monovalent [1] Hypochlorite ClO

Chlorite ClO2

Chlorate ClO3

Perchlorate CLO4

ANSWER:

It GIVES RED COLOUR at PH 3

Answer:

There are three basic bacterial shapes: Round bacteria called cocci (singular: coccus), cylindrical, capsule-shaped ones KNOWN as bacilli (singular: bacillus); and spiral bacteria, APTLY called spirilla (singular: SPIRILLUM). The shapes and configurations of bacteria are often reflected in their NAMES.

ANSWER:

RESULT is FORMATION of SALT and WATER .