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- A man sold one sort of oranges at 5 for $2, and another sort . . . - Socratic
A man sold one sort of oranges at 5 for $2, and another sort at 16 for $12 If he had sold them all at $0 5 each, he would have received $2 less If he had sold all at 3 for $2, he would have received $18 more How many of each sort did he sell? AlgebraQuadratic Equations and FunctionsLinear, Exponential, and Quadratic Models
- In what year did two United States astronauts land on the moon?
The moon landing was the culmination of a challenge made by President John F Kennedy at a speech made at Rice University on September 12, 1962 Kennedy challenged the United States to put a man on the moon before the end of the decade
- A man spends 6 days driving in his car. If he drove for 9 . . . - Socratic
A man spends 6 days driving in his car If he drove for 9 hours each day, and if he averages 59 miles hour, what was the total distance he drove, in miles? Algebra
- A man pushes with 53N of force on a 60 kg cart. What is the . . .
A man pushes with 53N of force on a 60 kg cart What is the acceleration of the cart? Physics
- Rockets, Satellites, and Spaceships - Socratic
Has a man-made satellite ever left our solar system? How long would it take a rocketship to reach Venus? What is the furthest man made satellite from Earth and how far away is it? How do scientists guide probes that are deep in space? How is data sent to earth from satellites? In what layer of the atmosphere do satellites orbit?
- How to solve this? - Socratic
(4) where m is mass of man, v his velocity and R radius of circle of his motion In the given question R= radius of platform as man is walking on the edge of platform
- See the image below for the question I attempted it but got a little . . .
Acceleration due to gravity on Europa is 1 3156 m (sec)^2 A man weighing 100 kg will weigh 13 416 kg, Newton's law of gravitation states that force of gravity F between two objects of mass m_1 and m_2 at a distance of r from each other is given by F=G(m_1m_2) r^2 for a man on earth's surface, if his mass is m this force will be F=G(mM_E) R_E^2, where M_E is mass of Earth and R_E is Earth's
- Can someone please help me with this tricky question in . . . - Socratic
A drunk man is walking in random steps along an axis with the points +-1, +-2,+-3, each step he does is in the length of 1 unit with the probability of 0 4 forward and 0 6 backwards (the steps are undependable) X will mark his placement on the axis after 50 steps
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