Problem: What happens next in this paragraph?

How to build a plywood boat
Decide which body of water you will be using the boat on.
Then choose an appropriate boat design for this body of water. You will never have a boat that will do everything, so don't even try.
OPTIONS:
- The best boat design isn't all that solid. First, determine the size of your boat.
- Paint the boat the color you want or any background materials, then rent a boat. Before that, you might want to install the outer edges.
- Go to the boat park and see a bunch of new boats near the beach. You will be surprised how many boats you will have! Decide how many boats you will need.
- Don't build a 24' tolman alaskan skiff expecting to use it on a small lake, midwest river, or pond. On the other hand, taking your 12' rowboat 10 miles (16 km) out in the gulf of mexico is probably not the best idea either! Buy plans from a reputable boat designer.
A: Don't build a 24' tolman alaskan skiff expecting to use it on a small lake, midwest river, or pond. On the other hand, taking your 12' rowboat 10 miles (16 km) out in the gulf of mexico is probably not the best idea either! Buy plans from a reputable boat designer.

Problem: What happens next in this paragraph?

There are people sitting and waiting on top of a mountain waiting to start skiing. the skier going fast downhill
OPTIONS:
- is demonstrating how to turn and manage speed while going downhill.
- finally comes out of his chute, he goes over and lands on the snowy slope.
- till they reach the top.
- lands on the bit in his ski.
A: is demonstrating how to turn and manage speed while going downhill.

Problem: What happens next in this paragraph?

The man gets a needle and applies it to the lady's lip. The man puts back the needle and adds a piercing ring on the lady's lip. the man
OPTIONS:
- moves the metal of the lady's lip.
- puts the piercing in and she stops breathing.
- applies a third piercing box.
- looks at the girls invisibly.
A: moves the metal of the lady's lip.

Problem: What happens next in this paragraph?

How to solve matrices
Verify that you have sufficient data.
In order to get a unique solution for each variable in a linear system using a matrix, you need to have as many equations as the number of variables that you are trying to solve. For example, with variables x, y and z, you would need three equations.
OPTIONS:
- In the equation x, y + y = y, this equals 80. When you like a number in linear equations, multiply that number by the number of variables to get 100.
- If you have four variables, you need four equations. If you have fewer equations than the number of variables, you will be able to learn some limiting information about the variables (such as x = 3y and y = 2z), but you cannot get a precise solution.
- Pick a zero-point solution for both variables. The simplest solution to solving this problem is to consider your data.
- Make sure that you understand the solutions of all variables. This can help you to make incremental benchmarks about which variables to break down.
A:
If you have four variables, you need four equations. If you have fewer equations than the number of variables, you will be able to learn some limiting information about the variables (such as x = 3y and y = 2z), but you cannot get a precise solution.