Tesked [tsk] to Cubic foot [ft3] Converter

tsk

ft3

How to Convert Tesked to Cubic footCubic foot

1 tsk = 0.00017657342408298226 ft3
1 ft3 = 5663.366416511473 tsk

Example: convert 96 tsk to ft3:
96 tsk = 96 x 0.00017657342408298226 = 0.016951048711966298 ft3

Tesked

Definition: Tesked (symbol: tsk) is a Swedish unit of volume, equivalent to 5 milliliters (mL) or approximately 1 US teaspoon. It is used mainly in cooking and baking recipes.

History/origin: Tesked is a Swedish measurement that's traditionally used in local cooking. Its equivalent to US tea spoon makes it an easy conversion when following old family recipes.

Current use: Tesked is used exclusively for Swedish recipes. While the metric system is becoming more common in Sweden, 'tesked' persists in certain older or traditional recipes.

Cubic foot

Definition: A cubic foot (symbol: ft3) is a unit of volume in the Imperial and United States customary systems. It is the volume of a cube with sides one foot (0.3048 meters) in length.

History/origin: The cubic foot is derived from the foot, a unit of length that has been used for centuries. Its origins can be traced back to ancient civilizations, with various cultures using different foot lengths. The standardization of the foot, and consequently the cubic foot, occurred over time as measurement systems evolved.

Current use: Cubic feet are commonly used in the United States and the United Kingdom for measuring volumes of various materials, particularly in construction, shipping, and heating/cooling calculations. It is often used for quantifying the volume of spaces, such as rooms or storage containers, and for measuring the amount of gas or liquid being transported.

Tesked to Cubic foot Conversion Table

Tesked [tsk]Cubic foot [ft3]
0.01 tsk0.0000017657342408298227 ft3
0.1 tsk0.000017657342408298225 ft3
1 tsk0.00017657342408298226 ft3
10 tsk0.0017657342408298226 ft3
50 tsk0.008828671204149112 ft3
100 tsk0.017657342408298225 ft3
1000 tsk0.17657342408298224 ft3
10000 tsk1.7657342408298227 ft3

Common pairs of Volume