If 7,200 bacteria, with a growth constant (k) of 1.8 per hour, are present at the beginning of an experiment, in how many hours will there be 15,000 bacteria? Round your answer to the nearest hundredth.

896.31 cm= km 100cm = 1m 1000m = 1km a) 0.0089631 b) 0.0089631 c) 8.9631 d) 89.631

The graph shown is the graph of which function?

It is saturday morning and jeremy has discovered he has a leak coming from the water heater in his attic. since plumbers charge extra to come out on the weekends, jeremy is planning to use buckets to catch the dripping water. he places a bucket under the drip and steps outside to walk the dog. in half an hour the bucket is 1/5 of the way full. what is the rate at which the water is leaking per hour?