Numerade

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Miguel's company pays $C(m) = 2.3(m - 100) + 245$ dollars for $m$ muffins where $90 \le m \le 200$. The cost takes into account only the base cost for the muffins and the delivery fee. Interpret the 100 and the 245 in the equation above. Every 100 muffins costs $245 more 100 muffins with delivery costs $245 245 muffins with delivery costs $100 Every 245 muffins cost $100 more

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Question 3 Most of the cells that contain chloroplasts in a leaf are found in this layer: • Stomata Lower epidermis Upper epidermis Xylem Palisade mesophyll

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Calico cats have at least three dis4nct colors in their fur, which are white, orange and black. Calico is controlled by X-linked co-dominant alleles: XB (orange) and Xb (black).

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A point $ P $ is $ 25 \mathrm{~mm} $ infront of VP and $ 50 \mathrm{~mm} $ above HP. Another point $ Q $ is $ 10 \mathrm{~mm} $ behind VP and 30 $ \mathrm{mm} $ below HP. The distance between the projectors is $ 100 \mathrm{~mm} $. find the distance between the front views.

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10. Question: Critical Thinking: Consider the specific characteristics of acute respiratory infections in children. Consider how inflammatory edema may impact respiratory function and which condition poses the greatest risk.

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Texts: Exercise 1 (ex1.cpp): a. Using cout, write a C++ program that prints your name on one line, your street address on a second line, and your city, state, and zip code on the third line. b. Run the program you wrote in (a) on a computer. Exercise 2: (ex2.cpp) a. Write a C++ program to display the following verse: Computers, computers everywhere, as far as I can see. I really, really like these things, Oh joy, Oh joy for me! b. Run the program you wrote above on a computer. Exercise 3 (ex3.cpp) a. Will the following program work? #include <iostream> using namespace std; int main() { cout << "Hello there world!"; return 0; } b. Even if the program above works, explain why it's not a good program.

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1.B (3 pts) Johnny's 20kg jet pack runs out of fuel while on a daring spacewalk. With only half a minute of oxygen left, what is the minimum speed and direction he must throw his jet pack to safely reach the spaceship 60m away, given that he has a mass of 60kg? 1.C (4 pts) In zero gravity, a ball is tethered to a rotating poll 5m away and moves with a constant speed of 10m/s. Suddenly the poll with radius 1/2$\pi$ (m) stops rotating and the string begins to wrap itself around the pole. After 3 complete loops, what is the ball's new speed?

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2. A 75 kg oncology patient receives a 90-minute Positron Emission Tomography (PET) scan and is injected with 400 MBq of 18F-FDG, which has a physical half-life of 110 minutes. Assume that the radiopharmaceutical accumulates uniformly in the entire body, where it gives off pairs of y-ray photons, each with energy 511 keV. (a) Given that the biological half-life of 18F-FDG is approximately 6 hours, calculate the effective half-life of the injected radiopharmaceutical. (b) Assuming that the uptake of the radiopharmaceutical in the body is instantaneous and complete (100%), calculate: i. the cumulated activity (MBq.h), and ii. the total number of possible disintegrations in the patient's body (c) Now, assuming that 15% of the emitted photons are absorbed in the body, calculate the patient's total absorbed dose rate for this PET scan. (d) What would be the equivalent dose rate received by a nurse standing 1.5 m away from the patient for the entire duration of the scan? You may ignore any $\beta$ particles from your calculations and assume that the patient's body behaves approximately as a point souce. (e) What would be the equivalent dose received by the same nurse during the entire duration of the scan?

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Texts: Language: Python / Java Personal Deductions: Single / Head of the Family / Married - Php 50,000.00 Additional Deduction / Exemption: Php 25,000.00 / dependent ***Note: Maximum of four (4) dependents TAX TABLE Taxable base Tax rate Not over P250,000 0% Over P250,000 but not over P400,000 15% of the excess over P250,000 Over P400,000 but not over P800,000 P22,500 + 20% of the excess over P400,000 Over P800,000 but not over P2,000,000 P102,500 + 25% of the excess over P800,000 Over P2,000,000 but not over P5,000,000 P402,500 + 30% of the excess over P2,000,000 Over P5,000,000 P1,302,500 + 35% of the excess over P5,000,000 Input Requirement. 1. Name of Taxpayer 2. TIN (Tax Identification Number) 3. Gross Income (Annual Income) 4. Civil Status (Single, Married, or Head of the Family) 5. Number of Dependents Process: 1. Get the name of the Taxpayer, his/her TIN and Gross Income 2. Get the Civil Status. 3. If Civil_Status != Single, get the number of dependents 4. Compute for the taxable income a. Taxable Income = Gross Income - Total Exemption b. Total Exemption = Personal Deduction + Additional Exemption 5. Get the tax due. Program Specifications: 1. Include necessary validation codes. 2. Use at least three (3) functions. a. To get the Personal Deduction. b. To get the Additional Exemption. c. To get the tax due. 3. Use a loop. This would allow the user to execute the program as many times as the user wants to.

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P Figure 2 Two equal positive charges of 7.00 µC are placed at the two lower corners of a square with sides of 0.300 m, as shown in Figure 2. i. Draw an electric field diagram (Free Body Diagram) at point P

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jason k.