Answer:
The general solution to this differential equation is
Step-by-step explanation:
We are given the following differential equation:
Solving by separation of variables:
Integrating both sides:
On the left side, by substitution, u = kP - h, du = kDp, Dp = du/k. Then
In which K is the constant of integration.
The general solution to this differential equation is
Answer:
$2.10
Step-by-step explanation:
Given: Regular price of vest is $15.99
Sales price of vest is $13.99
Sales tax= 5%
As given, there is difference in regular price and price on sales
∴ saving before tax=
saving before tax= $2
Now, applying tax on both price to look at the saving on vest.
Tax on regular price=
⇒ Tax on regular price=
∴ Price of vest after applied on regular price= .
Next Tax applied on discounted price of vest.
Tax applied on discounted price=
⇒ Tax applied on discounted price=
Finding difference of price of vest to know the saving on sale.
Saving on vest=
Hence, Saving on buying vest on sale is $2.10
Answer:
= 3.134 × 10^9
(scientific notation)
= 3.134e9
(scientific e notation)
= 3.134 × 10^9
(engineering notation)
(billion; prefix giga- (G))
= 3134000000
(real number)
Step-by-step explanation:
Answer:
The correct solution is 4
Step-by-step explanation:
64÷4^2
64÷16
=4