The drives are all in ASE measurements... 1/4", 3/8", 1/2", 3/4", 1", etc... you would probably need a 3/8" drive set, and a 'typical' socket set for those would typically include 10 - 18 mm sockets, although larger sockets can be had as part of specialty sets, although I'm having a little difficulty believing you'd need a 27mm socket on what I'm assuming is a pedal bike, although it might be more feasible if you're referring to a motorcycle, in which case, I'd recommend you go with a 1/2" drive set.
circumference = π × diameter = 3.14 × 32 cm = 100.48 cm
8 pi; taking pi as 3.14 then answer is 25.12
area = π x radius2 ⇒ radius = √(area ÷ π) circumference = 2π x radius ⇒ circumference = 2π x √(area ÷ π) ⇒ circumference = √(4π2 x area ÷ π) ⇒ circumference = √(4π x area) So knowing the area, the circumference can be calculated by taking the square root of the area multiplied by 4 times π Example: What is the circumference of a circle with area 78.54cm2 Circumference = √(4π x area) = √(4π x 78.54cm2) ~= 31.42cm
The battery charger in a computer works by taking the electrical current in the socket and using that energy while the computer isn't plugged into the socket.
Circumference = 2(pi)r OR (pi)d Taking (pi)d = 6 d=6/(pi) d=1.91 (3 significant figures)
Circumference = pi * diameter ---> Diameter = Circumference / pi. Radius = Diameter / 2.Taking pi approx 3.14: Dia = 31.4 cm / 3.14 = 10.0 cm. Radius = 10.0 cm /2 = 5.00 cm.
if you want me to answer this i need to know the shape, or dimensions
time taking to walk
If the radius of a circle is 8 cm, the circumference will be: 50.3 cm (C = r x 2 x Pi).
Under the pedale debrayage! Taking purple! Bon courage! Ciao!
The area of a circle is easily found by multiplying its radius squared times the constant pi. If only the circumference is known, the radius is found by taking 1/2 of the circumference divided by pi.
Taking pi as 22/7 then 12542 x 22/7 = 39417.7 km