Descreet test!!!!

This code acknowledges a word as information, and afterward prints that word to the screen.

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w=input ("Enter a word: ") ?

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print (w) ?

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What occurs on the off chance that you type number rather than a word? ?

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Watery the runs happens as a prodrome, or as the sole clinical indication, in a greater part of patients tainted with S sonnei. Looseness of the bowels is frequently a prodome of the diarrhea describing contamination with different types of Shigella. As of late found enterotoxins emitted by S flexneri may add to the diarrheal stage as the etiologic specialists navigate the small digestive system. In any case, looseness of the bowels is generally normal in patients who have colitis including the cross over colon or cecum. These patients proof net water discharge and hindered assimilation in the aroused colon. In patients encountering loose bowels, inclusion is generally serious in the distal colon, and the subsequent incendiary colitis is proven in incessant meager stools mirroring the ileocecal liquid stream. Loose bowels is likewise portrayed by the day by day deficiency of 200-300 ml of serum protein into the dung. ?

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1. In the laminar stream, show the commitments and the impacts of the sterile climate while working with microorganisms? ?

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2.explain the importance of the electrophoresis as applied to isolate DNA ?

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3.utilize the Sodium Hypochlorite in the lab to look after sterility ?

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4.range the ideal time frames application for the pathology lab temperature for the coolers ?

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5.how can the measures Histopathology be applied to manage Tissues ?

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6.apply the biopsy deductively to produce the little segment of unhealthy tissue in extraction ?

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7.show the request for individuals from the give accomplices for an individual with AB-blood and clarify ?

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8. for what reasons do we deliver the blood bunch O as all inclusive giver? ?

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9. Other than bonding, when is it important to contemplate the Rh factor? Clarify ?

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10.observe and laud on the interlink and the covering of the activities for the Agglutination and blood stir up?

portant part of their studies is to find the speed of objects under various cir- cumstances. Therefore, one of these guys dropped a heavy stone from a height of 40 m. The physicist wants to know how fast this object will be going just before hitting the ground if we are to ignore frictional forces. d. A large segment of the US population visits recreational parks (Kings Do- minion, Busch Gardens, etc.) with their children. In these parks, children are usually thrilled by their rides on a roller coaster. A typical and simple situation is described here. A roller coaster is pushed to the top of a struc- ture by mechanical forces. To be more specific, a roller coaster weighing 736 lb starts from rest at point A in the figure below and begins to coast down the track. If the friction force along the tracks is 9.0 lb, how fast will the roller coaster be going at point B? and then at point C? 100 f 50 At 75 ft 30 flA small town wants to build some new recreational facilities. The proposed facilities include a swimming pool, recreation center, basketball court and baseball field. The town council wants to provide the facilities which will be used by the most people, but faces budget and land limitations. The town has $400,000 and 14 acres of land. The pool requires locker facilities which would be in the recreation center, so if the swimming pool is built the recreation center must also be built. Also the council has only enough flat land to build the basketball court or the baseball field. The daily usage and cost of the facilities (in $1,000) are shown below. Variable Facility Usage Cost ($1,000) Land X1 Swimming pool 200 100 X1 Recreation center 500 200 WILWN Basketball court 300 150 XA Baseball field 100 100 The mathematical formulation of this ILP problem is given below: MAX. 200 X, + 500 X2 +300 X; + 100 X4 Subject to: 100 X, + 200 X, + 150 X; + 100 X, $400 budget 2X1 +3X,+4X,+5X, $ 14 land X1 -X,50 pool & recreation center X+X,$1 basketball and baseball X 21 X= 0, 1 Use Solver to find the maximum possible value of the objective function of this ILP problemThe population density of koalas in an area of woodland is measured by the number of koalas counted per hectare. Rangers detected 11 koalas in an area measuring 250m x 200m which was to be rezoned for recreational purposes. (a) Calculate the population density of koalas in this region. A mathematical equation was generated from the data to show the relationship between length and weight of the koala population. The equation Is below: W = 0.17 L - 3.3 where W is the weight in kilograms and L is the length in centimetres. (e) Use the equation to predict the weight of a koala which is 67 cm long. Is this a reasonable prediction? Explain in a statement. The length and weight of each koala was measured and presented in the scatterplot below. Size of Koalas Retrieved from Woodland (f) Transpose the equation to make L the subject. 14 10 Weight (kg) (g) Using the original or transposed equation. predict the length (to 55 60 65 70 75 80 85 90 one decimal place) of a koala which weighs 7.2kg- Length (cm) (b) Draw a 'line of best fit' on the scatterplot provided. (c) Describe the strength and direction of the association between the variables. (h) Circle the data point on the graph which represents a koala which is 80cm long and weighs 10.5 kg (d) Use your 'line of best fit' to predict the approximate weight of a koala which is 75cm in length