Answer: Long division setup showing an incomplete calculation. 17 is in the divisor, 2635 is in the dividend, and 1 hundreds and 5 tens is written in the quotient. 1700 is ... An unknown value represented by a box is being subtracted from 935. ... In a division sum, the quotient, dividend and remainder are 15, 940 and 25 respectively.
The main difference between the linear and exponential function is the following: the linear function f(x)=ax+b is changing at a constant rate as x changes and the exponential function f(x)=ab^x is changing at a rate that's always proportional to the value of the function. Using both graphs and tables can be noticed that exponential growth is far more significant than linear growth. By looking only at a table we can determine if a function is linear of exponential by determining which growth is more significant (the exponential function has far more significant growth than the linear function).
Answer:
x^2 + 2ax + a^2
Step-by-step explanation:
Well, not having enough information to solve the problem, what we can do is assign a name to what adds x and work from there, once we know the value we replace it with "a" what will be the letter used for that space blank and will serve us for any value
(x + a )^2 = __
being squared it repeats and multiplies
(x + a) * (x + a)
we multiply all terms with each other
x * x + x * a + x* a + a * a
solve
x^2 + 2ax + a^2
The sum of angles in a triangle is 180°
We know 2 angles: 35 and 35
180-(35+35)=angle acb
180-70
110=angle acb
<span>Express log(2)64-log(2)4 as a single logarithm.
Simplify as possible.
Solution:
= log(2)[64/4]
= log(2)[16]
= 4
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