Homework: Solving T1=T2 Equation - Is the Answer C?

Thread starter Scholar1
Start date Nov 7, 2015
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Homework

In summary, the T1=T2 equation is a mathematical equation commonly used in thermodynamics and heat transfer calculations. To solve it, you need to have two known temperatures and rearrange the equation to solve for the unknown variable. The answer C refers to the Celsius unit of temperature. The T1=T2 equation cannot be used for other types of temperature measurements and has limitations in more complex scenarios.

Nov 7, 2015

Scholar1

Homework Statement

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Homework Equations

T1=T2

The Attempt at a Solution

(2Fcos60)L=FL
Answer C
Is this correct?

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Nov 7, 2015

haruspex

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Scholar1 said:

Answer C
Is this correct?

Yes.

Nov 8, 2015

ChloeYip

You are right.
Q) Torque=Fl
A) Torque=0
B) Torque=0.25Fl
C) Torque=Fl
D) Torque=1.73Fl

Related to Homework: Solving T1=T2 Equation - Is the Answer C?

1. What is the T1=T2 equation?

The T1=T2 equation is a mathematical equation used to solve problems involving two different temperatures. It is commonly used in thermodynamics and heat transfer calculations.

2. How do you solve the T1=T2 equation?

To solve the T1=T2 equation, you need to have two known temperatures, T1 and T2. Then, you can rearrange the equation to solve for the unknown variable. For example, if you are trying to find T2, you would rearrange the equation to T2=T1.

3. What does the answer C mean in the T1=T2 equation?

The answer C in the T1=T2 equation refers to the Celsius unit of temperature. It is commonly used in scientific calculations and is equivalent to 1 degree on the Kelvin scale.

4. Can the T1=T2 equation be used for any type of temperature measurement?

No, the T1=T2 equation is specifically used for solving problems involving two different temperatures. It cannot be used for other types of temperature measurements, such as converting between Fahrenheit and Celsius.

5. Are there any limitations to using the T1=T2 equation?

Yes, the T1=T2 equation only applies to situations where there is a direct relationship between the two temperatures. It cannot be used for more complex scenarios, such as when there are multiple variables affecting the temperatures.