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Pythagorean Theorem
a2 + b2 = c2
(46)2 + X2 = (96)2
2116 + X2 = 9216
X2 = 9216 - 2116
X2 = 7100
X = root(7100)
X = 10 root(71)
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∙ 12y ago
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If the radius is 48 meters what is the diameter?
d = r x 2: 2 x 48m = 96m
A builder has enough bricks to construct a rectangular wall with a perimeter of 96m. If one side of wall is 30m long what will be the length of the other side?
A rectangular wall will have four sides. If one side is 30 metres, then so is one of the others - that adds up to 60. 96 - 60 leaves 38 for the other two walls - which must therefore be 18 metres each.
How long does it take to stop a car going 20 mph?
That depends upon the braking ability of the car, the condition of the tyres and road surface. Also the alertness of the driver will have some effect. If you are referring to the emergency stopping distance as suggested by the UK Government in The Highway Code publication (which has not been updated for modern cars) for a dry road and a car with good brakes and tyres, then the stopping distance is 20ft for the thinking distance plus an actual stopping distance of 20ft making a total of 40ft. The table of stopping distances is given by: d = speed + speed2 ÷ 20 where the distance d is in feet and speed is in mph. At 70mph this equates to 315 feet ~= 96m which is almost 100 metres - the distance between marker posts along the side of a motorway!
How many feet does a twenty mile per hour car take to stop?
According to the UK Highway code, in the dry and with good tyres (and road surface) it allows for an emergency stop: 20 ft for thinking + 20 ft for the actual braking giving a total stopping distance of 40 ft. However, the table has not been updated since its invention whereas car brakes have and they are much better than they used to be. Also, for large vehicles (coaches and lorries) the same table is used, but their stopping distance is actually likely to be larger (especially for articulated lorries) due to the safety aspects of passengers/loads - the priority of a large vehicle driver. The formula The Highway Code uses is: stopping_distance = thinking_distance + braking_distance = speed + speed2/20 feet where speed is in mph (to give the distance in feet). At 70mph (the speed limit on UK motorways), this gives a stopping distance of 315ft or approx 96m. If you want to know what this (roughly) looks like, the marker posts at the side of the motorway are 100m apart.
How many feet must you have to stop while driving 55 miles per hour?
The UK highway code uses the formula:distance = thinking_distance + braking_distance= speed + speed2 ÷ 20with speed in mph and distance in feet. This is for a normal, unaffected, person in a vehicle with good brakes and tyres, and dry conditions.So for 55 mph, the stopping distance would be:distance = 55 + 552 ÷ 20= 55 + 151.25= 206.25 ft≈ 63mIf the driver has different than "normal" reaction times and the road is slippery (due to rain, snow, dust(!), etc), then the stopping distance will vary, usually longer, the Highway Code suggesting allow double at least.However, as far as I know the Highway Code has not been updated for the vast improvements in braking, etc since it was first published; also, the same stopping distances are considered for a (less than) 1 tonne family car and fully laden 23 tonne coach.Fun fact: the stopping distance (given above) for 70 mph (the legal limit for a car on the UK motorways) is 315 ft or 96m; this can easily be visualised as the marker posts to the nearest emergency phone are 100m apart - approximately the stopping distance in an emergency!
96m long46m from the base what is the height?
The question does not specify what the shape is!
What is 96 square meters in feet?
96m² = 1033.34 ft²
How high are the Virginia Falls in Nunavut?
315 ft (96m)
If the radius is 48 meters what is the diameter?
d = r x 2: 2 x 48m = 96m
How tall is Big Ben Kennedy?
Big Ben Kennedy is 6' 3".
Write an inequality and provide a value that may or may not be a solution to the inequality?
perimeter of a rectangle = 96m w = 3 + 0.5L what is W and L? (answer: 18 and 30)
The perimeter of a swimming pool is 96m the width is 3m more than half the length of the pool find the length and breadth?
length = 30m width = 18m
A builder has enough bricks to construct a rectangular wall with a perimeter of 96m. If one side of wall is 30m long what will be the length of the other side?
A rectangular wall will have four sides. If one side is 30 metres, then so is one of the others - that adds up to 60. 96 - 60 leaves 38 for the other two walls - which must therefore be 18 metres each.
What is the seating capacity for the Tampa Bay Rays baseball field?
The field dimensions for Tropicana Field is as follows: Left Field- 315ft (96m) Left-Center- 370ft (110m) Center Field- 404ft (123m) Right Center- 370ft (110m) Right Field- 322ft (98m) Backstop- 50ft (15m)
The breadth of a rectanglar field is half its lengthif its area is 512 sqm.find its perimeter?
let the breadth be 1/2x and length be x l x b = area X x 1/2x = 512 1/2x2 = 512 x2 = 512 x 2 x2 = 1024 x = 32 length=32 m & breadth=16 m perimeter=2 x{l+b} =2 x {32+16} =2 x 48 perimeter = 96m
What is the deerest ski lift?
The most expensive ski lift ever built (currently under construction) for skiing purposes will cost €150m (£122m, or $195m), built by Doppelmayr, in Italy, Mont Blanc, and it will be completed in 2014. The most expensive ski lift ever built for urban purposes (not for skiing purposes, but is the 2nd most expensive ski lift), was built by Doppelmayr, in London (UK), and it costed approximately £60m (€74m, or $96m), and was completed and opened just in time for the London 2012 Olympic Games.
How long does it take to stop a car going 20 mph?
That depends upon the braking ability of the car, the condition of the tyres and road surface. Also the alertness of the driver will have some effect. If you are referring to the emergency stopping distance as suggested by the UK Government in The Highway Code publication (which has not been updated for modern cars) for a dry road and a car with good brakes and tyres, then the stopping distance is 20ft for the thinking distance plus an actual stopping distance of 20ft making a total of 40ft. The table of stopping distances is given by: d = speed + speed2 ÷ 20 where the distance d is in feet and speed is in mph. At 70mph this equates to 315 feet ~= 96m which is almost 100 metres - the distance between marker posts along the side of a motorway!
