1 / 3

Introducción a la medida. Energía

Introducción a la medida. Energía. U.1 La medida de las magnitudes. A.6 Expresando medidas en unidades básicas. Expresa en unidades básicas del SI. 12 hm = 12 · 10 2 m = 1 200 m. 16 km = 16 · 10 3 m = 16 000 m. 60 cm = 60 · 10 –2 m = 0,60 m. 160 mm = 160 · 10 –3 m = 0,160 m.

kalyca
Download Presentation

Introducción a la medida. Energía

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Introducción a la medida. Energía U.1 La medida de las magnitudes A.6 Expresando medidas en unidades básicas

  2. Expresa en unidades básicas del SI 12 hm = 12 · 102 m = 1200 m 16 km = 16 · 103 m = 16000 m 60 cm = 60 · 10–2 m = 0,60 m 160 mm = 160 · 10–3 m = 0,160 m 6 t = 6 · 103 kg = 6000 kg 4000 g = 4000 · 10–3 kg = 4 kg 720 mg = 720 · 10–6 kg = 0,000 720 kg 0,8 dag = 0,8 · 10-2 kg = 0,008 kg 800 cm2 = 800 · 10–4 m2 = 0,08 m2 14 hm2 = 14 · 104 m2 = 140000 m2

  3. Expresa en unidades básicas del SI 80 m2 = 80 m2 200 dm2 = 200 · 10–2 m2 = 2 m2 3000 cm3 = 3000 · 10–6 m3 = 0,003 m3 60 mm3 = 60 · 10–9 m3 = 0,000 000 06 m3 0,06 dam3 = 0,06 · 103 m3 = 60 m3 5 m3 = 5 m3 180 mL = 180 cm3 = 180 · 10–6 m3 = 0,000 18 m3 24 cL = 24 · 10–2 L = 24 · 10–2 dm3 = 24 ·10-2 · 10–3 m3 = 0,000 24 m3 10 L = 10 dm3 = 10 · 10–3 m3 = 0,01 m3 2,5 hL = 2,5 · 102 L = 2,5 · 102 dm3 = 2,5 · 102 · 10–3 m3 = 2,5 · 10–1 m3= 0,25 m3

More Related