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The trajectory for projectile motion is SYMMETRIC about the POINT of maximum HEIGHT.  The projectile covers the same horizontal distance reaching its maximum height as it does falling from its maximum height back to the GROUND.  It takes the projectile the same amount of time reaching its maximum height as it does to fall from the maximum height back to the ground. 
Time of flight is total time taken by projectile.

Using equation for vertical motion for projectile we have
H= ut −12gt2gt2−2ut +2H =0t =−b±b2−4ac√2at1=2u+4u2−8gH√2g=2u+2u2−2gH√2g=2u+2v2√2g=ug    (v =0  at maximum height)t2=2u−4u2−8gH√2g=ugTherefore time of flightT =t1+t2= 2ugMaximum height H =u22g=(gT/2)22g=(g2T2)8g=(gT2)8=g(t1+t2)28

Regards

Reverse osmosis (RO) is a water purification technology that uses a semipermeable membrane to remove IONS, molecules and LARGER PARTICLES from drinking water. ... Applying an external pressure to reverse the NATURAL flow of PURE solvent, thus, is reverse osmosis

दूरी वास्तविक पथ को कवर किया गया है और विस्थापन वस्तु से मूल के बिंदु तक सबसे कम दूरी है। दूरी और विस्थापन दो शब्द हैं जो बहुत ही सामान्य और मनुष्य के समान लग सकते हैं लेकिन भौतिकी के प्रोफेसर या छात्र के पास इन दो शब्दों का बहुत बड़ा अर्थ होगा। दूरी और विस्थापन केवल उनके लिए अंग्रेज़ी शब्दावली से दो शब्द नहीं होंगे लेकिन ये शब्द उन्हें भौतिकी की पूरी नई अवधारणा को परिभाषित करेंगे। किसी के लिए दूरी और विस्थापन बहुत समान दिख सकते हैं, लेकिन दोनों में बहुत अलग मात्राएं हैं

FIRST BULB:

I=60

V=220

V=IR or R=V/I = 220 / 60=3.66 OHM

SECOND BULB:

I=100

V=220

R=V/I = 220/100=2.20 OHM

Therefore first LAMP has more RESISTANCE.

The Hardy CROSS method is an application of continuity of the potential to iteratively solve for FLOWS in a PIPE network.
Hardy cross developed two METHODS for solving flow networks. Each methods starts by maintaining either continuity F flow of potential,
and the iteratively olves for the others.

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Fluoridation means :

fluoridation is the controlled ADDITION of fluoride to a public WATER supply to reduce tooth decay. Fluoridated water contains fluoride at a level that is effective for preventing CAVITIES; this can occur NATURALLY or by adding fluoride.

Defluoridation means :

Defluoridation is a treatment used to remove fluoride from drinking water. The process of this technique is to remove fluoride, which is a highly toxic CHEMICAL, to prevent health issues and dental issues that contains in humans. It is suppose to help save the environment so people can drink safe water.

Impurities are also introduced in water when it comes in contact with sewage or industrial WASTE. River water contains DISSOLVED minerals like chlorides, sulphates, bicarbonates of sodium, MAGNESIUM, calcium and iron. It also contains suspended impurities of SAND, rocks and organic matter.

A sluice (from the Dutch "sluis") is a water channel CONTROLLED at its head by a gate. ...Sluice gates commonly control water LEVELS and flow rates in rivers and canals. They are ALSO USED in wastewater treatment plants and to recover minerals in mining operations, and in watermills.

Earth's atmosphere is composed of air. Air is a mixture of gases, 78% nitrogen and 21% oxygen with traces of water vapor, carbon dioxide, argon, and various other components. ... The values and relations of the properties define the STATE of the gas.

Using the relation,
v2f=m2−m1m1+m2v2i+2m1m1+m2v1iAccording to QUESTION,v2i=0m1=m (SUPPOSE)m2=119mNow,v2f=0+2mm+m19v1i=2m19m+1m19v1i=m10 m19v1iv2f=19 10v1ior v2fv1i=19 10Percentage of ENERGY transferred=1/2 m2v2f21/2 m1v1i2×100=1/191×19×1910×10×100=19100×100=0.19 %
in

an aerofoil structure with curved SURFACES designed to give the most favourable RATIO of LIFT to drag in flight, used as the basic form of the WINGS, fins, and tailplanes of most aircraft.
eg DAVID Apsled

There should be VOLTAGE drop of 20 volts as the diagram shows that the current type is alternating which MEANS it could have CHANGE in current and when current type is alternating INDICATORS consume hole voltage available from the source

Capital MUST be in center of the CITY because it is helpful and convenient to EVERYONE

If the PH VALUE is LESS than 7,it is acidic
if the pH value is more than 7,it is basic
if it is at 7,it is NEUTRAL

Bacteriological water analysis is a method of analysing water to estimate the numbers of BACTERIA present and, if needed, to FIND out what sort of bacteria they are. It represents one aspect of water quality. ... It is then possible to draw INFERENCES about the suitability of the water for USE from these concentrations.

A chemical compound always consist of the same ELEMENTS COMBINED TOGETHER in the same PROPORTION by mass

(P + a/V2) (V - b) = RT P is pressure, V is volume and T is temperature. [P] = [F/A]  = [MLT −2/L2] = [ML−1T −2] [V] = [L3] We cannot add or subtract quantities of different dimensions. Therefore [P] = [a/V2] ⇒ [a] = [PV2] = [ML−1T −2 L6] = [M L5T −2] ∴ [a] = [M L5 T −2] Similarly, [b] = [V] =  [L3]

Equivalent pipes refer to imaginary pipes which are used to determine the head loss and flow of discharge considering that the flow of discharge and head loss in the actual piping system is same as that of the equivalent pipe. It is a technique used to decrease the large number of ATTACHED pipe systems into an INDIVIDUAL pipe system such that the piping system analysis can be made easier.

In equivalent pipe structure, the major properties of pipe such as length of pipe, diameter of pipe and roughness factor of pipe are required to do the analysis. During analysis, the two important properties of the pipe have to be assumed. The equation of Hazen Williams is the best USUAL equation used in the analysis of equivalent pipe system.

Show the schematic of the equivalent pipe system as in Figure (1).



Analysis of equivalent pipe system

• At first, equivalent pipe for the pipes 2 and 3 are determined as the pipes 2 and 3 are in series. Then, the head loss in both the pipes are found using Hazen Williams's equation.

• After computing the total head loss, the equivalent length of pipe 2′ are calculated by relocating the Hazen Williams's equation.

• The equivalent pipe for the above COMPUTED pipes and pipe 4 are determined. Then the equivalent length of pipe 3′ is found.

• At last, the individual equivalent pipe for pipes 1, 3′ and 5 which are in series are determined. Therefore, the individual equivalent length of pipe 4′ can be found.

HYPO  CHLORINATION OF DRINKING WATER: Aquafit is an excellent disinfecting CHEMICAL for the TREATMENT of potable water.It works as a germicide and kills all harmful bio-organisms present in the water. It destroys all the organic materials present and MAKES water suitable for human consumption.

Firstly the impure water is TAKEN from alake or RESERVOIR . itis sent to the pumping station from where it is pumped into sedimentation tank from there it is sent to the loading tank where alum is added to clean the water then it is sent to the filtaration tank where the water is passed from fine sand, coarse sand,and gravel ,to stop the large material to flow with water. then it is sent to the chlorinated tank where CHLORINE is added in the water to kill the pathogens. after that it is sent to the pumping station from where it is pumped into water storage tank from there it is sent to our home TAPES

'PER capita demand' MEANS demand of the article per PERSON and 'per capita demand of water' means how much water is consumed by one person in one DAY and it is determined by daily consumption of the article by one person

Factors that affect POPULATION GROWTH are:
1 Birth date
2 Economic prosperity
3 poverty levels
4 TYPICAL age for marriage
5 Religious beliefs

Types of Chlorine Used in Water Treatment. “Pure chlorine” is seldom used for water treatment. The THREE most COMMON chlorine-containing SUBSTANCES used in water treatment are chlorine GAS, SODIUM hypochlorite, and calcium hypochlorite.

TURBIDITY is objectionable for several reasons. ... If the turbidity is due to SUSPENDED ORGANIC matter, it can cause stains of sinks and fixtures, and DISCOLOR laundered fabrics, much like iron. Color in water is most OFTEN due to dissolved organic matter.

ANSWER:

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When COMBINED levels of iron and MANGANESE exceed 10 mg/L, the most effective treatment involves OXIDATION followed by filtration. In this process, a chemical is added to convert any dissolved iron and manganese into the solid, oxidized FORMS that can then be EASILY filtered from the water.

It is a technique USED to decrease the large
number of attached IPES SYSTEM into
an individual pipe system such that the PIPING system...

DISADVANTAGES OF HARDWATER

Water is main in • DOMESTIC USE •

Industrial ... hardwater, when used for washing purposes, does not producing lather freely with soap. ... Cooking •

For cooking the boiling POINT of water is increased because of presence of salts. ... Textile Industry •

Hardwater causes WASTAGE of soap.

A sluice (from the Dutch "sluis") is a water channel controlled at its HEAD by a gate. ...Sluice GATES commonly control water levels and flow rates in rivers and canals. They are also USED in wastewater TREATMENT plants and to recover minerals in mining operations, and in watermills.

✨ Hey MATE ✨
Plasma and BEC Are the 5TH state of MATTER

Because LIGHT TRAVELS in a STRAIGHT PATH

Advantages:- SOLAR power is pollution free and causes no greenhouse gases to be emitted after installation. Reduced dependence on FOREIGN oil and fossil fuels. Renewable clean power that is available every day of the year, even cloudy days produce some power.

Disadvantages of Solar ENERGY:-

COST. The initial cost of purchasing a solarsystem is fairly high. ...Weather Dependent. Although solar energy can still be collected during cloudy and rainy days, the efficiency of the solar system drops. ...Solar Energy Storage Is Expensive. ...USES a Lot of Space. ...Associated with Pollution.

In which CLASS is this QUESTION

Design a welded plate girder to CARRY a superimposed load of 60 kN/m and two concentrated loads of 300 kN each at one THIRD points of the span. The effective span of the plate girder is 24m. Assume that the girder is laterally supported THROUGHOUT its LENGTH. The yield strength of the steel (of both the flanges and the web), FY = 250 MPa. Draw to scale the longitudinal and cross section of the girder.

Hey mate,,,,,
GOOD AFTERNOON..!
here is your ANSWER :-
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Nondestructive WELD Examination. Visual Inspection (VT) Visual inspection is often the most cost-effective METHOD, but it must take place prior to, during and after welding. Radiographic Inspection. Magnetic Particle Inspection (MT) Liquid Penetrant Inspection (PT) Ultrasonic Inspection (UT) Choices Control Quality...
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STANDARDS designed to impart weld quality may differ from job to job, but the use of appropriate weld techniques can provide assurance that the applicable standards are being met. Whatever the standard of quality, all welds should be inspected, even if the inspection involves nothing more than the welder looking after his own work after each weld pass. A good-looking weld surface appearance is many times considered indicative of high weld quality. However, surface appearance alone does not assure good workmanship or internal quality...
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By Ishita..,,,
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Can you DEFINE PROPERLY

The principle is
The principle BEHIND this is prestressed concrete is that compressive stresses induced by high STRENGTH steel tendons in a concrete member before loads are applied will BALANCE the TENSILE STRESS imposed in the member during service.

The DEPTH of moisture in the ROOT zone at field CAPACITY and permanent wilting POINT is 336 MM.

You’ve planted your FIELDS – now what? Seeds (and later, crops) need to be nourished and PROTECTED in the field. Depending on where you LIVE, you may need to have some sort of irrigation set up in your fields. Systems should be efficient enough to get water where it needs to be without overwatering and creating runoff. Cost of water, the irrigation system, and any fuel or labor should also be considered in choosing which irrigation system would work best for you. The method and frequency of irrigation depends on the region you live in and weather patterns. If you live in a dry area, you may choose a permanent irrigation system, while if you get frequent rain, a supplemental system would be enough to help you

❤Center Pivot Irrigation Systems❤– This system is self-propelled, powered by water pressure, oil, or electricity. One side of the machine stays secure, and the other pivots around in a circle. This system is best for circle or square fields. There are additional nozzles that can be attached to the end for extra spray out to cover more ground.

❤Linear Move Irrigation systems ❤ – Great for long fields, this system moves in a continuous, straight line down the field. It can cover several rows at once and is guided by either a cable or GPS, depending on how much you are willing to spend. However, for this system, the land needs to be fairly level to function properly. Linear systems can be ditch or hose-fed.

❤Traveling Gun System❤– Traveling gun systems are BASICALLY just large, movable sprinklers. The sprinkler unit is on a cart that is attached to a watering system. There are two main kinds.

❤Cabel Tow Traveler❤: A hose is used to connect the source of water to the machine. There is some sort of engine needed to power the machine. The machine is then pulled with a cable towards a docking station. It gets pulled forward until it reaches the docking station, where it then stops.

❤Hose-Pull Traveler❤: This is a stationary machine that can be put in the field. It is attached to a hose that is unwound. As the machine moves, it winds up the hose, which moves the sprinkler PORTION of the machine

❤Solid Set❤ – Above ground piping with sprinklers attached, usually portable for maneuverability.

❤Permanent Set Irrigation systems❤ – Pipes that are buried underneath the field that have sprinklers with risers to evenly water the crops. This system works for fairly dry areas that need consistent and even watering.

❤Micro Irrigation Systems❤– These systems are used mostly for efficiency. Water is distributed uniformly and at a low output rate to ensure water conservation. These systems tend to be more energy efficient as well, and since the area being water is hyper-focused, there are often fewer weed issues in fields with these systems. There are two main types of these systems.

❤Drip Irrigation Systems❤: Mainly used for orchard crops, the water drips gently out of the pipe onto a designated location.

❤Micro-Sprinkler❤: Similar to a Drip Irrigation system, this set up has very small sprinklers that spray a fine mist onto a designated area.