College<br>Miranda wanted to be a dentist. She applied for a college in her city. Miranda was accepted into college. She studied very hard. Miranda is a dentist now.
Miranda has always wanted to be a dentist. OPTIONS:
- Yes
- It's impossible to say
- No
A: It's impossible to say


input hypothesis: Rescuers try to find victims buried by an avalanche as quickly as possible. 
Context: We present a novel approach to enhance avalanche companion rescue using wearable sensing technologies. The time to find and extricate victims is most crucial: once buried by an avalanche, survival chances drop dramatically already after the first 15 minutes.
OPTIONS:
- Yes
- It's impossible to say
- No
true or false: Yes


Context:
How to help your senior dog sleep better<br>Give your dog a comfortable place to sleep. As your dog ages, its body will naturally have more aches and pains. If your dog seems restless at night and it can't get comfortable, then if may need a softer, properly lit, and warmer place to sleep.
Hypothesis: If your dog seems restless at night and it can't get comfortable, then if may need a softer, properly lit, and freezing cold place to sleep. OPTIONS:
- Yes
- It's impossible to say
- No
No


Input: OPTIONS:
- Yes
- It's impossible to say
- No

How to adopt a herding dog<br>Look for a local adoption agency in your area. To adopt a herding dog, you will need to find an adoption agency. Look for an agency or organization that offers adoption services for rescue dogs in your area, as it will be more convenient for you to visit the agency and find a dog.

Sentence: Start in your own area

Output: Yes


Problem:
Read the following paragraph and determine if the hypothesis is true:

The interest of the automotive industry increases and the first amplifier project, a four-channel output module for the German car manufacturer, Porsche, is finished.

OPTIONS:
- Yes
- It's impossible to say
- No
Hypothesis: the agent is talking about dogs
****
Answer:
No


How to calculate electric flux<br>Know the formula for electric flux. [substeps] The electric flux through a surface a is equal to the dot product of the electric field and area vectors e and a. the dot product of two vectors is equal to the product of their respective magnitudes multiplied by the cosine of the angle between them. Determine the magnitude and direction of your electric field vector.
Electric flux has a formula that requires math OPTIONS:
- Yes
- It's impossible to say
- No
A: