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
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.
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."