the reaction of Magnesium and dilute hydrochloric acid

Reaction of Magnesium and HC1 Run #1 State of subdivision of Mg <R> [R - Ribbon, P Powder] Mass of Mg < 1317 >g Temperature of reaction <27.0 >Celsius Final concentration of HC1 <0.6 >M Volume of acid (initial) <90 >mL Volume of acid (final) <80 >mL Volume of gas/mass of Mg < 076 >liters/g Reaction of Magnesium and HC1 Run #2 State of subdivision of Mg <R> ER - Ribbon, P Powder) Mass of Mg < 1102 >9. Temperature of reaction <26.0 >Celsius Final concentration of HCI <0.4 >D4 Volume of acid (initial) <90 >mL Volume of acid (final) <80 >mL Volume of gas/mass of Mg < 091 >liters/g Reaction of Magnesium and HC1 Run #3 State of subdivision of Mg <R.> [R - Ribbon, P Powder) Mass of Mg < 1169 >0g. Temperature of reaction <60.0 >Celsius Final concentration of HC1 <0.6 >M Volume of acid (initial) <100 >mL Volume of acid (final) <70 >mL Volume of gas/mass of Mg < 26 >liters/g Reaction of Magnesium and HC1 Run #4 State of subdivision of Mg <R> [R - Ribbon, P - Powder] Mass of Mg < 1236 >g Temperature of reaction <27.0 >Celsius Final concentration of HC1 <0.6 >M Volume of acid (initial) <90 >mL Volume of acid (final) <70 >mL Volume of gas/mass of Mg < 16 >liters/g Reaction of Magnesium and HC1 Run #5 State of subdivision of Mg <P> [R - Ribbon, P Powder] Mass of Mg < 1257 >g Temperature of reaction <28.0 >Celsius Final concentration of HC1 <0.4 >M Volume of acid (initial) <90 >mL Volume of acid (final) <85 >mL Volume of gas/mass of Mg < 039 >liters/g