To find the radius of the smaller gear, we can use the fact that the distance between the centers of the gears equals the sum of their radii. Assuming the larger gear has a radius of 9.6 inches, and knowing the chain fits tightly, the radius of the smaller gear can be calculated by subtracting the radius of the smaller gear from the larger. Without more specific information or a diagram, it cannot be determined definitively, but if the options provided are 1.6 in., 6.4 in., or 12.0 in., the radius of the smaller gear must be 1.6 inches to maintain the chain's tension.
Radius: 220/2pi = 35 cm
To the nearest hundredth, the circumference of a circle with a radius of 4 is 25.13
The area of a circle (to the nearest hundredth) with a 5-unit radius is: 78.54 square units.
Its radius is: 1298/2*pi = 207 meters to nearest whole number
Radius of circle: 132/2pi = 21cm to the nearest integer
27.7
Radius: 220/2pi = 35 cm
The radius is smaller than the ulna
To the nearest hundredth, the circumference of a circle with a radius of 4 is 25.13
2*radius*pi or diameter*pi, pi = 3.14 (rounded to the nearest tenth)
Its radius is 4.8 cm, rounded to the nearest tenth.
Smaller
The area of a circle to the nearest tenth if its radius is 4.5 is: 63.6 square units.
The area of a circle (to the nearest hundredth) with a 5-unit radius is: 78.54 square units.
Potassium's atomic radius is smaller than rubidium's because potassium has fewer energy levels of electrons.
a shorter radius would mean a shorter track distance. The smaller the radius - the smaller the circumference.
If you have the radius, then area = pi*r2 which you then round to the nearest hundredth. If you do not know the radius but do know the diameter or circumference, you can calculate the radius. Otherwise you need to measure it.