FREN BC1002 Lecture 3: Toutes les Touts- adj. pron. adv.

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7 Feb 2017

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D"abord, tout peut tre un adjectif : D"habitude, on utilise ces formes de tout avec un article d fini, mais on peut aussi utiliser le possessif : Tout le temps, toute la journ e, tous les soirs, toutes les nuits mais aussi toute ma vie, tous ses livres. * attention : quand tout est un adjectif, on ne prononce pas le <> final de <> ou de <>: ensuite, tout peut tre un pronom, on peut l"utiliser comme sujet ou objet. Everything is stupid: quand on veut dire <>, tout est invariable : Is everything going well: quand on veut dire <>, on accorde tout avec ce qu"il remplace (souvent, pluriel): Les fromages fran ais, je les aime tous: the french cheeses, i like them all! Tous sont si mignons : they are all so cute . **attention: quand c"est un pronom, on prononce le <> final de tous: enfin, tout peut tre un adverbe : (all, completely, very, quite)

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>>>>>>>>>>Only question 5 please<<<<<<<<<<<<<<<<help me find the equations for this please.

ide f Pl th th regular hexagon: Pl the unit (cm/inch) cm regular hexagon with sides To make f 5 f 10.0 cm by 8.7 cm. pape is 65.0 tee is 21.7 Th f the hexagon d th 3. (15 pts) Let's make a mini number-guessing game. Write a program that first generates a random integer between 1 and 100, and provide the player with its modulus i e the remainders when divided by 2, 5, or 13. The program then pause until the user is ready to check the answer. An example run is show below. Hint: teach yourself how to use the pause function going to gu integ bet n 1 and 100. Th ind f th integ divided by 2 is 1 is 0 The remainder of the integer divided by 5 ind f the integ divided by 13 i Th y key when you are dy t heck y is 55 Did you gue it right? The number 4. (20 pts Carbon dating is a method that determines the age of fossils based on samples' Carbon 14 radioactivity. Carbon 14, or radiocarbon, is an isotope of the element carbon that is unstable and weakly radioactive. Plants and animals assimilate carbon 14 from carbon dioxide throughout their lifetimes, therefore the level of C14 when they are alive is quite stable. When they die, they stop exchanging carbon with the biosphere and their carbon 14 content then starts to decrease at a rate determined by the law of radioactive decay Noe where Nis the remaining radioactivity as a function of time (or age) t, No is the initial radioactivity, k is the rate of decay, and t is time s known that the ha e of C-14 is 5730 years. In other words, it takes 5730 years for its radioactivity to drop to the half of the original level, or N/N 0.5 Write a program that will calculate a sample's age based on its radioactivity. Brief steps 1) Calculate the rate constant k based on the half life of C14 2) Prompt the user for the sample's radioactivity in percentage (N/NoD 3) Calculate sample' age 4) Display the result nicely 5. (25 pts) A homeowner decides to install a round above ground swimming pool. It is du feet in diameter with an hi foot deep water level. There is a recessed portion of the pool where the water level is h2 feet deep. The rece occurs ri feet from the edge and inclines up at a 01 degree angle to the leve ground. A cross-section of the pool is illustrated in the figure below. Solve the following in terms ofthe variables stated. Be sure to follow the problem solving method described in the video labeling each Section. a) How many cubic feet of soil must be excavated from the recessed? b) How many gallons of water will be required to fill the pool? d ft dia hift ri ft Now write a MATLAB script that will prompt the user for the variables d1, hi, h2, r1 in feet, and 01 in degrees, calculate for the questions a) and b), and display proper messages on the screen. Example run: P1 t: 30 Pl hl in feet: 4 Pl h2 in f nter rl in f P1 theta in deg P1 th gl 45 To build such 762 bic feet of il ng pool, you need to exc To fill th imming po y ed 26852 gallons of Ou

Can I get all of the question answered in a way that I know under which sub question the answer goes please.

Can I get all of the questions answered in a way that I know how it fits in the question. Some parts are explanations. Thank you.

Q. When a pink aqueous solution of potassium permanganate, faintly acidified with dilute sulfuric acid was treated with 10% aq. hydrogen peroxide, the reaction took place with the evolution of gas bubbles, and the pink solution was turned colorless. Further chemical analysis revealed that the evolved gas was oxygen, and the resulting solution contains potassium sulfate and manganese (II) sulfate; water was also formed during the same reaction. Please answer the followings:

1) Write down the balanced chemical equation for this reaction.

2) Define the type/types of the reaction; assign the oxidation number of Manganese in potassium permanganate and manganese (II) sulfate. Also, offer an explanation for the color change.

3) Write down the ions present in the solution before & after the reaction. If 100 mL 0.5 M potassium permanganate was mixed with 50 mL 2 M sulfuric acid, what will be the final pH (>7 or <7) of the solution?

4) After the completion of reaction, when evolution of gas-bubbles ceased, what will happen if an aqueous solution of sodium carbonate was added to the reaction mixture? Please write down the net ionic equation.

5) If initially 5.65 g of potassium permanganate was taken for the reaction, calculate the total mass of manganese (II) sulfate present in the solution after the completion of the reaction. What is the Manganese ion concentration of the solution (assume that the total volume of the final reaction mixture is 500 mL)?

Useful hints: hydrogen peroxide is a strong oxidizing agent and considered to be a molecular compound.

FREN BC1002 Lecture 3: Toutes les Touts- adj. pron. adv.

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