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1. 7.2 aliens =1 monster. 1 monster= 15.5 oranges. Using the conversion above, about how many oranges are equal to 1 alien? 2. In a scaled drawing, 1 millimeter represents 150 meters. How many square millimeters on the drawing represents 1 square meters? 3. While driving with his father, Amit holds his breath whenever they pass through a particular tunnel. Amit counts the number of seconds he holds his breath, from the beginning of the tunnel to the end of the tunnel, and finds that he holds his breath, on average for about 8 seconds. If his father drives the car at 60 mph through the tunnel, according to the average time, Amit holds his breath, about how long is the tunnel. 4. Lea’s car travels on average of 30 miles per gallon of gas. If she spent $20.70 on gas for a 172.5 mile trip, what was the approximate cost of gas in dollars per gallon?

127=7 (mod n) means when 127 is divided by n, the division leaves a remainder of 7. The statement is equivalent to120=0 (mod n), meaning that n divides 120. All divisors of 120 will satisfy the statement because 120 divided by a divisor (factor) will leave a remainder of 0. …

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Department w had 2,400 units, one-third completed at the beginning of the period; 16,000 units were transferred to department x from department w during the period; and 1,800 units were one-half completed at the end of the period. assume the completion ratios apply to direct materials and conversion costs. what is the equivalent units of production used to compute unit conversion cost on the cost of production report for department w? assume the company uses fifo.

The basis to respond this question are: 1) Perpedicular lines form a 90° angle between them. 2) The product of the slopes of two any perpendicular lines is – 1. So, from that basic knowledge you can analyze each option: a.Lines s and t have slopes that are opposite reciprocals. …

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To solve a problem using the equation for keplerâs third law, enrico must convert the average distance of mars from the sun from meters into astronomical units. how should he make the conversion?

Answer: The motorist average speed for the trip is 88 km/h Explanation: In order to know her average speed, we have to refer to the following ecuation: <V> (average speed) = So, according to that, we know that the motorist has been having a speed of 80km/h during 3 hours, …

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Jose will travel 268 kilometers with his family this weekend. How many miles will he travel? Use the conversion table to find the answer. Round to the nearest hundredth.

Answer: $755.83.   Step-by-step explanation: We will use compound interest formula to solve our given problem. , where, A= Amount after T years, P = Principal amount, r= Interest rate in decimal form, n = Number of times interest is compounded per year, T = Time in years. Let us …

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During fermentation, the conversion of pyruvate into lactic acid requires… a. NADH b. carbon dioxide c. ATP d. oxygen gas

The right answer is A. lactic acid fermentation to aerobic respiration. Unlike aerobic exercise, anaerobic exercises involve intense physical effort and short, causing anaerobiosis in the muscles which forces them to switch to anaerobic respiration which is lactic fermentation (producing lactic acid and ATP (energy) from pyruvate), followed by a …

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A leaky faucet drips once each second. at this rate, it takes 1 hour to fill a 1-liter graduated cylinder to the 200-cm3 mark. what unit conversion do you need in order to calculate the average volume of a single drop in cm3?

Draw a free body diagram of on the mass m2 = 9 kg, as shown in the picture attached with the question. Weight = mg = 9 x 10 = 90N downwards Normal reaction R = 90N upwards F = 103N  and friction on the right. Then the static friction = μs.R = …

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In which calculation would the use of the mass-energy equivalence principle be needed? A. energy obtained from the burning of fossil fuels B. energy given off by a current flowing through a wire C. energy created by the conversion of mass of a uranium sample D. mass of coal burned in order to provide the energy needed for a large city

In evolutionary biology, mimicry is a similarity of one organism, usually an animal, to another that has evolved because the resemblance is selectively favoured by the behaviour of a shared signal receiver that can respond to both.[1] Mimicry may evolve between different species, or between individuals of the same species. Often, mimicry evolves to …

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