6
Scanned by CamScanner

Scanned by CamScanner...Ca3N2 H20 NH3 7. Billy heats a 64.8g block of iron and places in a glass containing 845.8g of water. The water is at an initial temperature of 283.5K, and rises

  • Upload
    others

  • View
    0

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Scanned by CamScanner...Ca3N2 H20 NH3 7. Billy heats a 64.8g block of iron and places in a glass containing 845.8g of water. The water is at an initial temperature of 283.5K, and rises

Scanned by CamScanner

Page 2: Scanned by CamScanner...Ca3N2 H20 NH3 7. Billy heats a 64.8g block of iron and places in a glass containing 845.8g of water. The water is at an initial temperature of 283.5K, and rises

Scanned by CamScanner

Page 3: Scanned by CamScanner...Ca3N2 H20 NH3 7. Billy heats a 64.8g block of iron and places in a glass containing 845.8g of water. The water is at an initial temperature of 283.5K, and rises

Scanned by CamScanner

Page 4: Scanned by CamScanner...Ca3N2 H20 NH3 7. Billy heats a 64.8g block of iron and places in a glass containing 845.8g of water. The water is at an initial temperature of 283.5K, and rises

Scanned by CamScanner

Page 5: Scanned by CamScanner...Ca3N2 H20 NH3 7. Billy heats a 64.8g block of iron and places in a glass containing 845.8g of water. The water is at an initial temperature of 283.5K, and rises

Scanned by CamScanner

Page 6: Scanned by CamScanner...Ca3N2 H20 NH3 7. Billy heats a 64.8g block of iron and places in a glass containing 845.8g of water. The water is at an initial temperature of 283.5K, and rises

Scanned by CamScanner