Laura placed a bucket of water in her garden. Over the course of a week, she watched the water evaporate and recorded the volume of water left in the bucket each day.Laura found the linear model that best fit the data was V=5.00−0.25n, where n is the number of days since she first placed the bucket and V is the volume of water, in liters, remaining in the bucket.Drag and drop the answers to complete the sentence below.0.25 4.75 5.00 According to the model, approximately   liters of water evaporated from the bucket every day, and the bucket contained   liters of water when Laura first placed it in the garden.

#145909Report this questionThere was water leaking from a tank. After one day, the volume of water in the tank decreased by 3 ℓ. This was 7.5% of original volume of water in the tank.a) The volume of water in the tank after one day was % of the original volume.b) The volume of water in the tank was ℓ after one day.

At a factory workers are draining a large vat containing water. The water is being drained at a constant rate. The table below shows the amount of water in the vat after different amounts of time.Time (minutes) 15 20 25 30Water (liters) 620 560 500 440Answer the following questions.(a)Choose the statement that best describes how the time and the amount of water in the vat are related. Then give the value requested.As time increases, the amount of water in the vat decreases.At what rate is the amount of water in the vat decreasing?litersperminuteAs time increases, the amount of water in the vat increases.At what rate is the amount of water in the vat increasing?litersperminute(b)How much water was in the vat when the workers started draining it?liters

A bucket is being filled with water. The graph below shows the water height (in ) versus the time the water has been running (in seconds).Use the graph to answer the questions. The graph is a line graph. The y-axis is the height of the water in mm, and the x-axis is the time in seconds. The line is linear, which means that the height of the water increases at a constant rate. The graph shows the height of water in a bucket over time. The height of the water increases linearly with time. The rate of increase is 5 mm per second.(a)How much does the height of the water increase for each second the water is running?(b)What is the slope of the line?

A tank at a factory contains water. Workers are filling the tank at a constant rate. After 38 minutes of being filled, the tank contains 525 liters of water. After 59 minutes, the tank contains 777 liters of water.(a)Choose the statement that best describes how the time and the amount of water in the tank are related. Then fill in the blank.As time increases, the amount of water in the tank decreases.Theamountofwaterinthetankdecreasesatarateoflitersperminute. As time increases, the amount of water in the tank increases.Theamountofwaterinthetankincreasesatarateoflitersperminute. (b)How much water did the tank contain when the workers started filling it?liters

Water falls without splashing at a rate of 0.250 L/s from a height of 2.60 m into a 0.750kg bucket on a scale. If the bucket is originally empty, what does the scale read innewtons 3.00 s after water starts to accumulate in it?