To solve this problem what you should do is follow the following steps:
Step 1: Integrate both sides of the equation
Step 2: find the value of the integration constants using the initial condition r (1) = i + j
Step 3: Write the result with the integration constants.
Answer:
See attached images.
Bh + hr = 25
you can factor out an h from the left side of your equation:
h(b + r) = 25 ... divide both sides by h
b + r = (25/h) ... subtract r
b = (25/h) - r
Answer:
Step-by-step explanation:
13>5 is correct but 13 < 10 is not correct
so 13 is not a solution
First, we subtract 15 yd² from the area given. Doing so, will give us an answer of,
x² + 8x
This expression can be factored out as (x + 8)(x). Thus, the dimensions of the flowed bed before its area is increased by 15 yd² are (x + 8) yd and (x) yd.
ANSWER
50 food items
EXPLANATION
Tanya does not want to spend more than $250
The ticket costs $50 and each food item costs $4.
Let the number of items that can be bought be x.
So, the inequality that represents this situation is:
Now, let us solve it:
Tanya can buy not more than 50 items.