In 1994, the moose population in a park was measured to be 4600. By 1997, the population was measured again to be 4300. The population continues to change linearly. Find the equation for the moose population, P, in terms of T years since 1990.

P(t)=

What does your model predict the moose population to be in 2008?

An an average person has 6×10 by the power of two as many red blood cells as white blood cells a small sample of the blood has 7×10 by the power of three white blood cells about how many red blood cells are in the sample

Hye ryung is the president of the local chapter of the american medical students association (amsa). she is organizing local outreach and informational meetings. at her first meeting there are five people present (including herself). every month after that her group grows by 5 people. a. how many members are in the group after 6 months? b. the logistics of hosting and feeding her group at meetings was more complicated than expected. the cost of feeding 5 people at her first meeting was $30, for 10 people it was $35, for 15 it was $45, and after 6 months all of the costs had added up to $100. write a function to model the cost with the number of people attending meetings. c. what connections can you make between the linear growth of the group’s membership and the increasing costs of running meetings?

Plzzz i beg u so much asaaaap ! what is the slope of this line? enter your answer in the box.