About 50 results
Open links in new tab
  1. Question #87b82 - Socratic

    See a solution process below: First, we need to determine how much was left before the man spent 20%. We can rewrite this part of the problem as: 10200 is 80% of what? We are using 80% because …

  2. Scale and Indirect Measurement Applications - Socratic

    How tall is the dog if a man 6 feet tall is standing next to a dog and the man’s shadow is 9 feet and the dog’s shadow is 6 feet? How wide is the actual house if a model house is 12 inches wide and it was …

  3. Question #07160 - Socratic

    There is no concrete answer to this because it depends on your outlook on it. Below is a comparison of the two generals. After reading it, you can ultimately decide who you think was the better general. …

  4. Question #b0092 - Socratic

    1 Answer Narad T. Sep 7, 2017 The speed of the man is #=sqrt2/ (2-sqrt2)ms^-1# and the speed of the boy is #= (2sqrt2)/ (2-sqrt2)ms^-1#

  5. Site Map - Isotope Notation Questions and Videos | Socratic

    Questions What is the isotope notation for lithium? What is the isotope notation for carbon-14? What is the isotope notation for cobalt? In an isotope, which part of the atom changes? What are some …

  6. Question #8b670 - Socratic

    The reaction produces 20 g of "NO". > We are given the amounts of two reactants, so this is a limiting reactant problem. We know that we will need a balanced equation with masses, moles, and molar …

  7. Questions asked by Divya Bezawada - Socratic

    A man grows into a giant such that his linear dimensions increase by a factor of 9. Assuming that his density remains same, the stress in the leg will change by a factor of ? Four holes of radius R are cut …

  8. Question #61851 + Example - Socratic

    Nov 11, 2016 · I made some changes to the English. The changes are shown in capital letters. You can compare it to your original. I have not added or changed any of your ideas. Can you help me correct …

  9. Question #5fb0a - Socratic

    May 29, 2017 · The maximum speed at the bottom of the drop is 26.4m/s 3-The speed at the bottom of the drop is independent of the mass of the car. To find the speed of the car we will need to find how …

  10. Question #8e21a - Socratic

    Constant speed of Car A = 100km/h = 100 × 1000 3600 = 27.¯7ms−1 Let us consider Car B first. It enters the acceleration lane at a speed = 25km/hr = 6.9¯4ms−1. It accelerates uniformly and enters …