Please solllllllllvvvve the question sir 4- Two equal masses (110 gram each) are hangedon a force table setup at 235° and 305°. Themagnitude of a third added force so thatequilibrium is obtained (in g.wt) is: Select one:A- 140B-.110C-197D-220

Step 1:Given data :mass of each hanged substance is same, m = 110 gsubstance 1 hanged at 2350 ,…

Answered: 4- Two equal masses (110 gram each) are…

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter7: Gravitation

Section: Chapter Questions

Problem 80A

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1. Place the following in standard form67.85 -0.00456 -7890 -6 -35 - 2. Convert the following and put in standard form35 ™ to m -670KW to W -0.09 mm to m -78.34 Mm to m -.56 cm to m - 3. Find the force of an object with mass 2 g take a = 10 m/s^2 If the weight of an object is 120 N what is its mass if g= 10What is the weight on earth Find the mass of an object on a planet if the force is 50 N and a= 3 m/s^2What is its weight on earth
[#1611] Nor any drop to drink Estimate the mass of water on the earth. The density of water is 1000 kg · m-3. Here are some approximations you can use: Compared with the oceans, lakes and rivers are tiny. Clouds have very low density. There is (still) lots of ice in the polar regions, but much less area than in the oceans. So neglect all except the oceans, which cover roughly 2/3 of the earth. Looking at charts of the oceans, we see that the depth is typically several thousand m (and a serious search tells me the average depth is 4700 m). The radius of the earth is about 6000 km. The surface area of a sphere is 47 R2. This is an order or magnitude question. Express your answer in kg, as a power of 10. For example, if you think the answer is 104 kg, enter 10^4
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4- Two equal masses (110 gram each) are hanged on a force table setup at 235° and 305°. The magnitude of a third added force so that equilibrium is obtained (in g.wt) is: Select one: A- 140 B-.110 C-197 D- 220