Real distance of Earth from Sun . . . 93 million miles
= 1 AU (Astronomical Unit)
10 times farther . . . . . 930 million miles = 10 AU
Compare:
==> Saturn . . . 9.5 AU
==> Uranus. . 19.2 AU
If Earth were 10 times farther from the sun than we really are,
then our planet would be just barely past Saturn ... about 10%
of the way from Saturn to Uranus.
Proper fractions are those whose numerator is less than the denominator.
These are examples of proper fractions:
1/10, 1/9, 1/4, 1/2, 7/8, 221/225, 100/2000.
Improper fractions are those whos numerator is greater than the denominator.
These are examples of improper fractions:
10/3, 9/5, 8/7, 100/99, 5/4, 125/35.
Mixed fractions are made up of one whole number and a fraction (normallly a proper fraction).
These are examples of mixed fractions:
1 1/4 (which is read one and one quarter)
3 2/3 (which is read three and 2 thirds)
10 1/5 (which is read ten and one fith)
3 1/8 (which is read 3 and 1 eigth)
Fractions equivalent to one are those whose numerator is equal to the denominator.
With that information you have the tools to identify your fractions, given that you did not attached them.
Answer:
No, it would have to have been greater than .192 to invalidate the claim.
Step-by-step explanation:
Answer: The field F has a continuous partial derivative on R.
Step-by-step explanation:
For the field F has a continuous partial derivative on R, fxy must be equal to fyx and since our field F is ∇f,
∇f = fxi + fyj + fzk.
Comparing the field F to ∇f since they at equal, P = fx, Q = fy and R = fz
Since P is fx therefore;
∂P ∂y = ∂ ∂y( ∂f ∂x) = ∂2f ∂y∂x
Similarly,
Since Q is fy therefore;
∂Q ∂x = ∂ ∂x( ∂f ∂y) = ∂2f ∂x∂y
Which shows that ∂P ∂y = ∂Q ∂x
The same is also true for the remaining conditions given
Answer:
Option A
Step-by-step explanation:
Hope this helps.
