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If your client with Guillain-Barre reports having mild soreness from therapy the previous day, you should (choose 2): 

Today, hunting and gathering societies ________

The mouth of the river is up in the hills or in the mountains where it starts.

Ephemeral streams run continuously year round.

Fluvial landscapes that are early in their evolutionary progression have:

Suppose we want to solve the following linear programming problem:   The Going Home Club is holding another fundraiser, so they can finally (you guessed it) go home. They are selling brownie trays for $12 each, cakes for $15 each, and pies for $13. Each brownie tray requires 25 minutes of prep time, each cake requires 45 minutes of prep time, and each pie requires 20 minutes of prep time. The Going Home Club found a ton of bags of chocolate chips left over from their last fundraiser a month ago, so they want to make at least 80 brownie trays. On the other hand, they believe the cakes will be far more popular, so they want to make at least twice as many cakes as they do pies. With the size of the club, they believe they have 1000 minutes of prep time to spend on all the baked goods. How much of each type of baked good should the Going Home Club make in order to maximize their revenue?   Which of the following is NOT an appropriate variable for this linear programming problem?

For the inequality \(3x +  9y \leq 15\), its solution set is below its boundary line.

Suppose you are an architect designing a hotel, and you have to decide how many single rooms and double rooms to include. Each single room takes 300 square feet of space and each double room takes 500 square feet of space. Double rooms tend to be more popular, so you need to have at least 3 times as many double rooms as you do single rooms. On the other hand, you know that traveling businessmen stop in the area often, so you want to include at least 80 single rooms. Each single room will be rented for $90 per night, while each double room will be rented for $110 per night. If the total space available for the rooms is 256,000 square feet, how many rooms of each type should be built to maximize the hotel’s nightly revenue? Write the objective function and all the constraints for this linear programming problem. Note that the variables have been established for you. Variables: s := the number of single rooms d := the number of double rooms R := the hotel’s nightly revenue Type your answers in the box below. USE THE FOLLOWING FORMAT FOR YOUR ANSWERS: Objective is to _____________ the function ______________________ subject to the constraints: (constraint) (constraint) (constraint) (constraint) (constraint) When typing, you may use

Suppose you are an architect designing a hotel, and you have to decide how many single rooms and double rooms to include. Each single room takes 400 square feet of space and each double room takes 600 square feet of space. Double rooms tend to be more popular, so you need to have at least 4 times as many double rooms as you do single rooms. On the other hand, you know that traveling businessmen stop in the area often, so you want to include at least 90 single rooms. Each single room will be rented for $100 per night, while each double room will be rented for $130 per night. If the total space available for the rooms is 256,000 square feet, how many rooms of each type should be built to maximize the hotel’s nightly revenue? Write the objective function and all the constraints for this linear programming problem. Note that the variables have been established for you. Variables: s := the number of single rooms d := the number of double rooms R := the hotel’s nightly revenue Type your answers in the box below. USE THE FOLLOWING FORMAT FOR YOUR ANSWERS: Objective is to _____________ the function ______________________ subject to the constraints: (constraint) (constraint) (constraint) (constraint) (constraint) When typing, you may use

A glacier covering at least 50,000 km2 and unconfined by topography is classified as a(n) ____.​