To calculate the temperature of a 50-50 mixture of P and Q, you simply average the temperatures of P and Q.

Here's how you do it:

Step 1: Add the temperatures of P and Q together.
2 deg C (from P) + 28 deg C (from Q) = 30 deg C

Step 2: Divide the sum by 2 (since it's a 50-50 mixture, you're essentially finding the average).
30 deg C / 2 = 15 deg C

So, the temperature of a 50-50 mixture of P and Q is 15 deg C.

Question

To calculate the temperature of a 50-50 mixture of P and Q, you simply average the temperatures of P and Q.

Here's how you do it:

Step 1: Add the temperatures of P and Q together. 
2 deg C (from P) + 28 deg C (from Q) = 30 deg C

Step 2: Divide the sum by 2 (since it's a 50-50 mixture, you're essentially finding the average).
30 deg C / 2 = 15 deg C

So, the temperature of a 50-50 mixture of P and Q is 15 deg C.

Knowee AI · Accepted Answer

To calculate the temperature of a 50-50 mixture of P and Q, you simply average the temperatures of P and Q.

Here's how you do it:

Step 1: Add the temperatures of P and Q together. 
2 deg C (from P) + 28 deg C (from Q) = 30 deg C

Step 2: Divide the sum by 2 (since it's a 50-50 mixture, you're essentially finding the average).
30 deg C / 2 = 15 deg C

So, the temperature of a 50-50 mixture of P and Q is 15 deg C.

Water mass P: 2 deg C 35.0 o/oo Water mass Q: 28 deg C 25 sigma-tWhat is the temperature of a 50-50 mixture of P and Q?Group of answer choices19 deg C21 deg C11 deg C10 deg C15 deg C