Ug, a kg can not be coverted since it measures a different thing. 1Kg=1000000 cm though.
I don't know where the question came from, but that does not happen. This is because length measurements and mass measurements are completely different. cm, centimeters is length and kg, kilogram is a mass. A chicken can weigh 2kg (heavy) and be 40cm tall.
The volume of the cubical block of ice is 50 cm x 50 cm x 50 cm = 125,000 cm³. Converting this to cubic meters gives 0.125 m³. Therefore, the weight of the block of ice would be 0.125 m³ x 900 kg/m³ = 112.5 kg.
Length: centimeters (cm) or meters (m) Mass: grams (g) or kilograms (kg) Weight: Newtons (N) Volume: milliliters (mL) or liters (L) Density: grams per cubic centimeter (g/cm³)
Use this formula: psi x 0.07031 = kg/cm270 psi x 0.07031 = about 4.921 kg/cm2
To convert aluminum bus bar length to kilograms, you will need to know its density. The density of aluminum is approximately 2.7 g/cm³. Calculate the volume of the bus bar using its length, width, and height dimensions, then convert the volume to kilograms using the density. A simple formula for this conversion is: Mass (kg) = Density (g/cm³) x Volume (cm³) / 1000.
It is a meaningless concept. You cannot add mass to a length.
You cannot convert weight into length.
Weight about peahen Almost 3.5 kg and length 90 cm height about peacock Almost 4.5 kg and length 1.90 m
3.3 kg, 45 cm 20 pounds.
Kg is a measure of mass, cm is a measure of length. There cannot be any equivalence between the two.
3.3 kg, 45 cm 20 pounds.
The spotted tailed quoll is the largest species of quoll, with a head-body length ranging from 35-75 cm, and a tail length of 35-55 cm in length. Its weight averages 1.5 to 2 kg from females and 3-4 kg for males. Larger specimens of males can weigh as much as 7 kg, and females can weigh up to 4 kg.
They can grow up to 30 cm in length and weigh 3 kg
They are 20 cm (8 in) in length and 0.4 kg in weight.
torque = force * lever length if its balanced, then clockwise torque = anticlockwise torque. if 5kg mass is 20 cm right of fulcrum, then clockwise torque= 5*20 =100 kg-cm therefore anticlockwise torque to balance = 100 kg-cm if 100 (kg-m) = x(kg) * 80(cm), then x = 100(kg-cm)/80(cm) then x = 1.25 kg
Length (of piece in cm) x Width (of piece in cm) x Height (of piece in cm) / 6000 = cheargable weight in (kg)
A study by Chris Nixon published in Anesthesia & Analgesia, February 2000 - Volume 90 - Issue 2 - p 500, reported that: "The best correlate for length was [the patient's] weight, with a regression line of 0.13 × weight (kg) + 4.9 cm and correlation coefficient of 0.90. [Therefore,] For a 7-kg infant, the predicted length is 5.8 cm. For practical purposes, 5-cm lines may be used for 5- to 15-kg infants, 8 cm lines for children of 15- to 40-kg and 13 cm lines for those over 40 kg. Formulas based on patient height also provide reasonable predictions for insertion length: from Czepizak et al."