Answer:
Here, 
represents temperature and 
denotes rate of chirping per minute.
Step-by-step explanation:
Let represents temperature and denotes rate of chirping per minute.
At 
°F, a certain insect chirps at a rate of 
times per minute.
Take 
At 
°F, they chirp 
times per minute.
Take 
Slope intercept form:
Answer:
The next two terms and 5 and 8.
Step-by-step explanation:
Find the recursive formula (tₙ = tₙ₋₁ + d) of -4, -1, 2.
Arithmetic sequences have a common difference, "d" , between terms.
To find the common difference, subtract a term value from the term value after it.
-1 - -4 = 3
2 - -1 = 3
The common difference is 3.
To find the next term, add 3 to the previous term.
The recursive formula is tₙ = tₙ₋₁ + 3
tₙ = tₙ₋₁ + 3
t₄ = t₃ + 3
t₄ = 2 + 3
t₄ = 5
tₙ = tₙ₋₁ + 3
t₅ = t₄ + 3
t₅ = 5 + 3
t₅ = 8
The volume of a rectangular prism can be found using the formula V = WHL.
W is the width, H is the height, and L is the length.
V = 512×612×12
V = 3,760,128
The volume of the bin is 3,760,128
Wouldn't it be
3:2
since there's 3 for 2
and then for 12 you would get
12:8
Answer: d. s=16-t²
Step-by-step explanation: the answer is s=16-t², because for this case is really important to keep in mind which is the value with the quadratic expression, when we have a quadratic expression the graphic representation will be a parabola, in a parabola you will find a point that never change which is constant in the diagram.
also keep in mind that the values which are placed in the axis of the ordinates are the independent variables and in parabola the quadratic values are placed in the axis of the ordinates , and for this case is t² because of the quadratic expression, then we can find that t² is the independent variable and s is the dependent variable.
