if 12 is the perimeter...
then it would be 12 meters of brick walkway
if 12 is the area...
and by 12m squared you mean as the area...
then it depends on the dimmensions of the flowerbed. It could be 1 by 12 which would give you 26 m, or it could be 3 by 4 which would give you 14m
if 12 is the area, and the flower bed is square...
you would need to find the square root of 12, and multiply it by 4
sorry i couldn't be of more help, but your question is a little confusing, but these are the 3 scenerios i guessed you could mean
15x20=300 3x3=9 300-9=291 square meters
9.144 meters x 6.096 meters = 55.741824 square meters
The difference between 50 meters and 5 meters is 50 meters - 5 meters, which equals 45 meters.
7.62 meters times 3.3528 meters = 25.548336 square meters.
24 square meters
There are 0.012 kilometers n 12 meters
THE GARE MONTPARNASSE TRAIN STATION IN PARIS HAS A HIGH SPEED VERSION OF A MOVING WALKWAY. IF HE WALKS WHILE RIDING THIS MOVING WALKWAY, JEAN CLAUDE CAN TRAVEL 200 METERS IN 30 SECONDS LESS TIME THAN IF HE STANDS STILL ON THE MOVING WALKWAY. IF JEAN CLAUDE WALKS AT A NORMAL RATE OF 1.5 METERS PER SECOND, WHAT IS THE SPEED OF THE GARE MONTPARNASSE WALKWAY?
Perimeter of the rock garden is 23.8 meters, so he needs 23.8 square meters of brick for the perimeter plus 4 square meters for the 4 corners, a total of 27.8 square meters.
Approx 25.13 metres.
16 √5 meters
To find the volume of cement needed, first convert the depth to meters (10 cm = 0.1 m). Then, calculate the volume by multiplying the length, width, and depth: 7m x 0.95m x 0.1m = 0.665 cubic meters of cement are needed to cover the walkway.
The corpse flower is the biggest flower on earth in is also the smelliest. It can grow up to 3 meters tall.
christianis putting along both edges of the21-meter walkway to his house.Each brick is 0.26 meters long .Christian is placingthe bricks end to end.How many bricks needed?
The weight of rebar can be calculated using the formula: weight = (diameter^2 * length * 0.006165) kg, where the diameter is in mm and length is in meters. Substituting the given values, the weight of the rebar would be approximately 22.98 kg.
The potential energy of the flower pot can be calculated using the formula PE = mgh, where m is the mass of the flower pot (in kilograms), g is the acceleration due to gravity (approximately 9.81 m/s^2), and h is the height of the flower pot above the ground (30 meters). Without the mass of the flower pot, we can't calculate the exact potential energy.
15x20=300 3x3=9 300-9=291 square meters
80 meters long, approximately 1.20 feet