The length of the string should be between 30 cm and 100 cm to ensure it is long enough for effective use while preventing excess slack that could lead to tangling or difficulty in handling. This range offers a balance between usability and practicality, making it suitable for various applications. Additionally, adhering to this length helps maintain safety standards, preventing potential hazards associated with overly long strings.
25 cm
2.01 seconds.
Because cm is a unit of length and sqm is a unit of area, this is impossible to answer. Here is sqcm in sqm: 1sqm = 1m*1m 1m = 100cm 1sqm = 100cm*100cm 1sqm = 10,000sqcm
10cc 10cc you can't cm is a length, cc is a volume
1m is 100cm 100cm - 30cm is 70cm The difference is 70cm
Area = length x width Area = 100cm x 100cm Area = 10000cm2
100cm
35, says it on the factory sticker on the lower limb.
Well, darling, the area of a square is calculated by multiplying the length of one side by itself. So, in this case, the area of a square with a side length of 100cm would be 100cm x 100cm, which equals 10,000 square centimeters. Voila!
25 cm
2.01 seconds.
The mechanical advantage of a lever is calculated by dividing the length of the effort arm by the length of the resistance arm. In this case, the MA would be 5 (100cm/20cm).
Because cm is a unit of length and sqm is a unit of area, this is impossible to answer. Here is sqcm in sqm: 1sqm = 1m*1m 1m = 100cm 1sqm = 100cm*100cm 1sqm = 10,000sqcm
Body length: 80-100cm, Tail length: 15-25cm, Shoulder height: 15-75cm, Weight: male: 21.6kg, female: 18.1kgHead and body 32-40 in. (80-100cm.) tail is 4-8 in. (10-20 cm.)
10cc 10cc you can't cm is a length, cc is a volume
1m is 100cm 100cm - 30cm is 70cm The difference is 70cm
You need to multiply 300m by 100cm since there are 100cm in a meter. You should be able to solve that mentally.