The force used to push the rock can be calculated using the formula: Force = Work / Distance. Plugging in the values, the force used in this case is 120 pounds.
The wave base is typically calculated as half the wavelength, which would be 7.5 feet in this case. The wave base represents the depth at which water movement caused by the wave becomes negligible.
Yes, wind waves can definitely exceed 15 feet in height. Factors such as strong winds, duration of wind exposure, and the fetch (or distance over which the wind blows) can all contribute to the development of much larger waves. In extreme conditions, wind waves can reach heights well over 50 feet or more.
To balance the seesaw, your partner should weigh 144 pounds. This is because the weight of each person multiplied by their distance from the fulcrum should be equal. So, 120 pounds × 15ft = Partner's weight × 20ft, which amounts to 144 pounds.
15ft is 5 yds, so 15ft x 15ft is the same as 5yds x 5yds which would equal 25 square yards.
Yes it will work with a 15ft HDMI cable
15ft X 52ft = 780 square feet.
To determine the appropriate amount of shock powder for a 15ft by 42in pool, you typically need about 1 pound of shock per 10,000 gallons of water. A pool of that size holds approximately 4,500 gallons. Therefore, you would use about 0.45 pounds (or approximately 7.2 ounces) of shock powder. Always refer to the specific product instructions for precise dosing, as concentrations can vary.
27
22ft * 15ft = 330 sq ft = 30.658 sq metres
180 inches
15ft+12.5ftft+15ft+12.5ft=55ft P=55ft
15ft + 32ft = 47 ft2in + 7in = 9 inAnswer: 47 ft 9 in
15ft
Yes.