Teaspoons to Milliliters Converter

Teaspoons to Milliliters Converter

Teaspoons to Milliliters Converter

Volume in Milliliters:

Usage Instructions:

Objective: Convert volume from teaspoons to milliliters.

Steps:

  1. Enter Teaspoons: Input the volume in teaspoons (tsp).
  2. Click "Convert to Milliliters": Press the button to convert teaspoons to milliliters.
  3. View Result: The converted volume in milliliters will be displayed below.

To convert teaspoons (tsp) to milliliters (mL), you can use the following conversion factor:

1 teaspoon (US) = 4.92892 milliliters
1 teaspoon (UK) = 5 milliliters

Conversion Formula

For US Teaspoons:

mL = tsp × 4.92892

For UK Teaspoons:

mL = tsp × 5

Example Conversions

Here are some examples to illustrate the conversion for both US and UK teaspoons:

Teaspoons (tsp) Formula (US) Milliliters (mL) (US) Formula (UK) Milliliters (mL) (UK)
1 tsp 1 × 4.92892 4.92892 mL 1 × 5 5 mL
5 tsp 5 × 4.92892 24.6446 mL 5 × 5 25 mL
10 tsp 10 × 4.92892 49.2892 mL 10 × 5 50 mL
15 tsp 15 × 4.92892 73.9338 mL 15 × 5 75 mL
20 tsp 20 × 4.92892 98.5784 mL 20 × 5 100 mL

How to Convert tsp to mL

  1. Identify the Value in Teaspoons: For example, 8 teaspoons (US).
  2. Apply the Conversion Formula:
    • For US teaspoons: Multiply the number of teaspoons by 4.92892.
    • For 8 teaspoons (US):
      • Calculation: 8 × 4.92892 = 39.43136 milliliters (US)
    • For UK teaspoons: Multiply the number of teaspoons by 5.
    • For 8 teaspoons (UK):
      • Calculation: 8 × 5 = 40 milliliters (UK)

Practical Uses

  • Cooking and Baking: Useful for converting ingredient measurements in recipes.
  • Medicine Dosing: Helps in accurately measuring medication doses.
  • Science and Lab Work: Useful for precise volume measurements in experiments.

Summary

To convert teaspoons to milliliters, multiply the number of teaspoons by 4.92892 for US teaspoons or by 5 for UK teaspoons. For instance, 10 US teaspoons is approximately 49.29 milliliters, and 10 UK teaspoons is about 50 milliliters. This conversion is useful for accurate measurements in various contexts.