Both numbers (9.00 and 4.25) have three sig-figs. This means that the final answer will have three sig-figs as well.
Multiply the numbers to get: 9.00*4.25 = 38.25 which rounds to 38.3 because the answer must have three sig-figs.
The units will be "square inches" or "inches^2" or "in^2". There are various ways to write the units portion.
Overall, the final answer is 38.3 square inches.
Answer:
<u>The correct answer is that each guest attending the event has to bring at least 5 cans of food to meet the goal</u>
Step-by-step explanation:
1. Let's review the information provided to us to answer the problem correctly:
Amount of food cans to collect by the end of the month = 1,000
Food cans collected as of today = 566
Number of guests attending the event = 87
2. Which solution set represents the number of cans each must bring to meet the goal?
For answering this question, we will use the following inequality:
x = Number of food cans that each guest has to bring to meet the goal
566 + 87x ≥ 1,000
Solving for x, we have:
87x ≥ 1,000 - 566
87x ≥ 434
x ≥ 434/87
x ≥ 4.99 ⇒ x ≥ 5
<u>The correct answer is that each guest attending the event has to bring at least 5 cans of food to meet the goal</u>
I don’t know but I need the Points sorry for you
Can you send me a picture of the question and graph?
Surface area of the fig is 2350.9 sq m (approx).
Step-by-step explanation:
Given,
Diameter = 34 m
so, radius (r) = 17 m
Height of the cylinder (h) = 12 m
Slant height of the cone (l) = 20 m
To find the surface area of the fig
Surface area of the fig = surface area of cylinder + surface area of cone
Formula
Surface area of cylinder = 2πrh
Surface area of cone = πrl
So,
Surface area of cylinder = 2π×17×12 sq m = 408π sq m
Surface area of cone = π×17×20 = 340π sq m
Surface area of the fig = 408π+340π sq m = 748π sq m
= 2350.9 sq m (approx)
