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# To the nearest tenth of a second how long after jerrys balloon take off will the height of the two

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ight of the church, not including the steeple is 20 feet. The line of sight between the dog and the top of the steeple is 29 feet. What is the height of the steeple? Round your answer to the nearest tenth
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rs long. What is the length, to the nearest tenth of a centimeter, of the third side?
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humidity of this air mass (expressed as a percentage)? Round your answer to the nearest tenth of a percent
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arbitrary point (2 sin 2t, 2 cos 2t, 3t) on the helix. b) Compute the arc length from (0,2,0) to (0,-2,3π/2) c) Compute the vectors T, N and B at (0,-2,3π/2) d) Compute the curvature at (0,-2,3π/2) e) Find the angle between T and the z-axis at (0,-2,3π/2) to the nearest tenth of a degree.
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an arbitrary point (2 sin 2t, 2 cos 2t, 3t) on the helix. b) Compute the arc length from (0,2,0) to (0,-2,3π/2) c) Compute the vectors T, N and B at (0,-2,3π/2) d) Compute the curvature at (0,-2,3π/2) e) Find the angle between T and the z-axis at (0,-2,3π/2) to the nearest tenth of a degree.
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mand is 18,200 rolls. When the demand increases to 26,200 rolls, the supply is 20,000 and the price is \$1.24 per roll. Let x be the quantity in thousands of rolls. The table below gives the price-supply and price-demand equations. Price Equations for Toilet Paper Type Equation Price-Supply P = -0.04x + 2.04 Price-Demand P = 0.025x + 1.495 QUESTION 1 Find the supply at a price of \$2 per roll. 1000 rolls 10,000 rolls 1 roll 5000 rolls QUESTION 2 Find the demand at a price of \$2 per roll. 20.2 rolls 202 rolls 20,200 rolls 500 rolls QUESTION 3 Use the substitution method to find the equilibrium quantity. Round x to the nearest tenth first and then convert to thousands. Include the units in your answer. QUESTION 4 What is the equilibrium price? Write the answer in dollars and cents, rounding to the nearest cent.
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diameter ring rotates 360 degrees in exactly 45 minutes during the daytime. If you could stretch out in a straight line the distance a diner seated next to the window would travel in 22.5 minutes, what would that distance be (to the nearest tenth of a meter)? Round your answer to the nearest tenth
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1.AU MAT 120 Systems of Linear Equations and Inequalities Discussion

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