Bhakti started boiling water for tea, and she simultaneously started boiling milk for coffee. After some time she found that the temperature of the water rose 20 degrees more and the temperature of the milk was 15 degrees less than their boiling point. Now calculate the difference between the current temperature of the water and milk: (Boiling point of milk is 100.16 degrees and water is 100 degree.
The difference between the current temperature of the water and milk is 35 degrees.
Well, it seems like Bhakti's tea and coffee-making skills have reached a boiling point! Let's calculate the temperature difference.
If the boiling point of water is 100 degrees and it rose 20 degrees more, then the current temperature of the water would be 100 + 20 = 120 degrees.
On the other hand, if the boiling point of milk is 100.16 degrees and it was 15 degrees less, then the current temperature of the milk would be 100.16 - 15 = 85.16 degrees.
Now let's find the difference between the current temperature of the water and milk:
120 - 85.16 = 34.84 degrees.
So, there is a temperature difference of approximately 34.84 degrees between the current temperature of the water and milk. Bhakti sure knows how to create a hot and cold contrast in her beverages!
To calculate the current temperature difference between the water and milk, we need to determine the current temperature of each.
Given that the boiling point of water is 100 degrees and the boiling point of milk is 100.16 degrees, we can infer that the initial temperature of the water was 100 degrees and the initial temperature of the milk was 100.16 degrees.
The temperature of the water has risen 20 degrees above its boiling point, so the current temperature of the water can be calculated as:
Current temperature of water = Initial temperature of water + Rise in temperature
= 100 degrees + 20 degrees
= 120 degrees
Similarly, the temperature of the milk has fallen 15 degrees below its boiling point, so the current temperature of the milk can be calculated as:
Current temperature of milk = Initial temperature of milk - Fall in temperature
= 100.16 degrees - 15 degrees
= 85.16 degrees
Now, we can calculate the difference between the current temperature of the water and milk as:
Difference in temperature = Current temperature of water - Current temperature of milk
= 120 degrees - 85.16 degrees
= 34.84 degrees
Therefore, the difference between the current temperature of the water and milk is 34.84 degrees.
To solve this problem, we need to understand the starting temperatures and boiling points of the water and milk, as well as the temperature changes that have occurred.
Given:
Boiling point of milk = 100.16 degrees Celsius
Boiling point of water = 100 degrees Celsius
Temperature change of water = +20 degrees Celsius
Temperature change of milk = -15 degrees Celsius
To find the current temperature of the water and milk, we need to add the temperature change to the starting temperature for water and subtract the temperature change from the starting temperature for milk.
Calculating the current temperature of water:
Current temperature of water = Starting temperature of water + Temperature change of water
Current temperature of water = 100 degrees Celsius + 20 degrees Celsius
Current temperature of water = 120 degrees Celsius
Calculating the current temperature of milk:
Current temperature of milk = Starting temperature of milk - Temperature change of milk
Current temperature of milk = 100.16 degrees Celsius - 15 degrees Celsius
Current temperature of milk = 85.16 degrees Celsius
Now, to calculate the difference between the current temperature of the water and milk:
Difference = Current temperature of water - Current temperature of milk
Difference = 120 degrees Celsius - 85.16 degrees Celsius
Difference = 34.84 degrees Celsius
Therefore, the difference between the current temperature of the water and milk is 34.84 degrees Celsius.