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- a. Given: x=360 inches and y=5.10 inches. Compute Dia A to 2 decimal places. b. Given: Dia A=8.76 inches and x=10.52 inches. Compute t to 2 decimal places.arrow_forwardSuppose we have two 1 metre long rods. Each rod has a temperature of 0° on its left end with the temperature increasing linearly to 10° at its right end. The rods are placed end-to-end so that the left end of one rod touches the right end of the other rod, thus giving us (effectively) a 2 metre long rod with a discontinuous starting temperature. Question 2: Let f(x) be the (instantaneous) temperature of the joined rod immediately when the two smaller rods are joined. (So 0 < x < 2). f(x) will be a piece-wise function. What is this function? ( something | somethingelse if some other condition is met if some condition is met Note: piece-wise functions look like f(x) =arrow_forwardI. Solve the following problem stated below. Write your final answer on the answer sheet then attach the picture of your solution 1. If the pdf is -4r, 0arrow_forwardQuestion 3 Assume that the quantities of two products (A and B) produced by a multi-product firm are given by the functions Qa = 10Pn – 10PA. QB = 100 + 10PA – 20PB. where Qa, QB, PA and Pg denote respectively, the quantity of A produced, the quantity of B produced, the price per unit (in dollars) of A, and the price per unit (in dollars) of B. The average cost of producing one unit of A is $1, and the average cost of producing one unit of B is $2. (1) Derive the total profit of the firm as a function of Pa and Pg. (2) Find Pa and Pg that maximise the firm's total profit. (3) Calculate quantity values of Qa and Qn at the prices that maximises the firm's total profit.arrow_forwardhod evom of st loerw ahmator te en onl Activity 3: Solve the following situational problems involving circular ei boned 501 functions. 1. The minute hand of a clock is 4.5 inches long. What distance does the tip move in 25 minutes? eb meldong eri) bnoo Isnipho ert of Yosd pnionin 2. The diameter of a bicycle is 26 inches. If you are travelling at a speed of 35 miles per hour on the bicycle, through how many revolutions per minute are the wheel turning? ETC M oh od ell2 gaimes-II टान ्ा (d) abud t 1sluosio xie srif dgeo lgms (s) tiers ylitnsbi bns enoitonu IV- Reflection (1-ball-TLI9_M3 ovAtEmstdog Tenoiteua svlo2 I learned that 12 | Pagearrow_forwardQuestion 1 Based on the following table, find. ƒ(-2) -3 -2 -1 1 2 3 4 5 5 2 1.6 1.15 O 1.6 O 9 5 O 2arrow_forwardarrow_back_iosarrow_forward_ios
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