For this, the first thing to do is to assume that the function of temperature with respect to r is written in one of the following ways:
Way 1:
Way 2:
To find the instant variation we must find the derivative of the temperature with respect to the distance r.
We have then:
For function 1:
Rewriting
For function 2:
Rewriting
Answer:
The instantaneous variation of the temperature with respect to r is given by:
Assuming function 1:
Assuming Function 2:
<span>Solution:
7-6 +i+2i = 1+3i</span>
Answer:
d. x²+2
Step-by-step explanation:
x²+2x+1-2x-2+3 = x²+2
Answer:
11 1/2 teaspoons
Step-by-step explanation:
1 2/4 basil= 1.5 tsp If you multiply this by two to double the recipe you will have 3 teaspoons of basil.
1/4*2= 2/4 pepper
4*2=8 parsley
After you double everything you need to add them together:
3+2/4+8
Which brings you to the final answer of 11 2/4 teaspoons or if you simplify it.... 11 1/2 teaspoons
Question is incomplete below is complete question.
Mr Baker wants to divide his class into smaller, equal-sized groups of students. However, he finds that his class cannot be divided evenly into any size group except for individual groups of 1.Complete the statements below about the number of students in Mr Baker's class.
Answer:
The number of students in his class must be a prime number.
Step-by-step explanation:
Given:
Mr Baker wants to divide his class into smaller and equal-sized group of students.
Also class cannot be divided evenly into any size group except for individual groups of 1.
If he cannot divide his team into smaller equal sized groups, that means that it cannot be divided by a number. Prime numbers are numbers that can only be divided evenly by themselves and 1.
Hence from above we can say that,
The number of students in his class must be a prime number.
