The square root rounded up to the nearest integer, 6.
testing the values 1 through 6 for division into 36 we find factors of 36 which are : (1, 36)
(2, 18)
(3, 12)
(4, 9)
(6,6)
or in other words the sets would be : 1, 2 , 3, 4 , 6 , 9 , 12 , 18 , 36
The area of the region bounded above by y= eˣ bounded by y = x, and bounded on the sides; x =0; and x = 1 is given as e¹ - 1.5.
<h3>What is the significance of "Area under the curve"?</h3>
This is the condition in which one process increases a quantity at a certain rate and another process decreases the same quantity at the same rate, and the "area" (actually the integral of the difference between those two rates integrated over a given period of time) is the accumulated effect of those two processes.
<h3>What is the justification for the above answer?</h3>
Area = 
= 
= e¹-(1/2-0); or
Area = e -1.5 Squared Unit
The related Graph is attached accordingly.
Learn more about area bounded by curve:
brainly.com/question/27866606
#SPJ1
Answer:
99.33ft^2
Step-by-step explanation:
The surface area of a square pyramid is expressed as;
TSA = a²+2a√a²/4 + h²
Given that
a = 5ft
h = 7ft
Substitute
TSA = 5²+2(5)√5²/4 + 7²
TSA = 25+10√25/4 + 49
TSA = 25 + 10√(221/4)
TSA = 25 + 10(√55.25)
TSA = 25 + 10(7.433)
TSA = 25 + 74.33
TSA = 99.33ft^2
Hence the surface area of a square pyramid with side length 5 ft and slant height 7 ft is 99.33ft^2
Answer:
The most Kyle can invest at 4% is $10000.
Step-by-step explanation:
<u>To Determine:</u>
What is the most he can invest at 4% and still be guaranteed at least $700 in interest per year?
<u>Information Fetching and Solution Steps:</u>
As
- Dillon plans to invest $16,000 part at 4% simple interest
- and the rest at 5% simple interest
So,
If Kyle has to invest $16,000. then the following equations can be established from the given data


Multiplying the second equation by 100, we get,

Multiplying the 1st equation i.e.
by 5

So, the equations become


As








As







$
Therefore, the most Kyle can invest at 4% is $10000.
Keywords: interest rate, equation
Learn more equation involving interest rate from brainly.com/question/1504250
#learnwithBrainly