Answer:
Step-by-step explanation:
Let's look at what 10^100 and 100^10 are as numbers without exponents.
Ten raised to a positive integer exponent is a 1 followed by the number of zeros the exponent tells you. For example, 10^2 is 100, or 1 followed by 2 zeros, just like the exponent 2 tells you. 10^5 is 1 followed by 5 zeros, or 100,000. A googol is 10^100 which is a 1 followed by 100 zeros.
Let's use rules of exponents to understand what 100^10 is.
100^10 = (10^2)^10
To raise a power to a power, multiply powers.
100^10 = (10^2)^10 = 10^20
We know what 10^20 means. It is a 1 followed by 20 zeros.
A googol, 10^100, is a 1 followed by 100 zeros.
100^10 is the same as 10^20 or 1 followed by 20 zeros.
A googol is much, much greater than 100^10.
Answer:
a) x value is -2, min is -3(if thats y)
b) x value is 3, max is 21(if thats y)
Step-by-step explanation:
yes you do quadratic formula and such :)
Twenty-Six Million, One Hundred Forty-Three Thousand, Sixty-Two
Answer:
No
1/5 is equivalent to 2/10
Brief review of proportionality relationships:
When two quantities

are

proportional, that means any change in

manifests a

change (think "in the same direction") in

.
Silly example: "The more I eat, the fatter I get." Here the amount one eats is directly proportional to one's body weight.
This change isn't always one-for-one, so we introduce a constant

to account for any scaling that occurs on either variables behalf. In general, though, we can write a directly proportional relationship as

.
Now, when

are

proportional, then a change in

manifests a change in

in the

(opposite) direction.
Silly example: "The more I eat, the less thin I get."
This time we write the relation as

.
To get back to your problem: To say that the rate of change of

is inversely proportional to

is to say that there is some constant

such that

This is a separable ODE:




