An AU is approximately 150 million kilometers. In scientific notation: 1.5 x 108 km. I see no point in converting that to centimeters, but if you want to do it, you can multiply that number by 100,000 (=105) (1 kilometer = 1000 meters, and 1 meter = 100 cm).
95 cm = 0.95 meters
100 cm = 1 m .95 m = 95 cm
10 mm = 1 cm so 95 mm = 95/10 = 9.5 cm. Simple!
Divide by 10. 95/10 = 0.95 meters.
1 Astronomical Unit=1.49598 × 10^13 centimeters
95 cm = 0.95 meters
Michael von Au is 186 cm.
100 cm = 1 m so .95 m = 95 cm
It is: 95*9.6 = 912 square cm
95 cm = 3 ft 1.4 in
100 cm = 1 m .95 m = 95 cm
1 cm = 0.01 m So 95 cm = 0.95 m
1 meter is longer than 0.95 meters (95 cm).
They would be roughly 14.49 cm apart, given a major axis of 35.6 AU, and perihelion of about .58720 AU. I am assuming that distances from the foci at perihelion and aphelion will be equal or very close to equal. The major axis minus twice the distance at perihelion gives a distance of about 34.426 AU between foci. 35.6 AU is to 15 cm as 34.4 AU is to x cm. This gives about 14.49 cm as the proportional distance between foci with the major axis scaled down to 15 cm.
9.5 cm
10 mm = 1 cm so 95 mm = 9.5 cm. Simple!
1.03893 yards in 95 cm