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WorksheetsReal Life Graphs
Total questions: 20
Worksheet time: 10mins
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
Water is poured into each of the containers below at a constant rate of 250 ml per second. The graphs show how the depth d of the water varies with time t. Match the container to its corresponding graph.
