Which is bigger 78%, 0.8
Answers
Answer:
.8
Step-by-step explanation:
.8 when turned into a percentage becomes 80%
.8/1 = %80
78% is less than %80
Answer: 0.8
NOT SURE!
Related Questions
Suppose the altitude to the hypotenuse of a right triangle bisects the hypotenuse. How does the length of the altitude compare with the lengths of the segments of the hypotenuse?a) The length of the altitude is equal to twice the length of one of the segments of the hypotenuse.b) The length of the altitude is equal to half the length of one of the segments of the hypotenuse.c) The length of the altitude is equal to the length of one of the segments of the hypotenuse.d) The length of the altitude is equal to the sum of the lengths of the segments of the hypotenuse.
A rectangle’s length is seven inches more than its width. If “w” is the width of the rectangle, in inches, what is the length of the rectangle, in inches?
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At the end of May, Janet told Sam that she has read 10 books this year and reads 2 books each month. Sam wants to catch up to Janet. He tracks his book reading with a table on his door. Using his table below, what month will Sam have read the same amount of books as Janet?A. November B. December C. Janurary D. March
Answers
The probability that the shirt Seth grabs is plaid will be 4/9.
What is Probability?
The term probability refers to the likelihood of an event occurring.
Given that;
Number of plaid shirts = 4
Number of solid colored shirt = 5
Now, Total number of shirts = 4 + 5
= 9 shirts.
Since, Of these 9 shirts, 4 shirts are plaid.
Thus, The probability that the shirt Seth grabs is plaid,
= Number of plaid shirts / Number of total shirts
= 4 / 9
Thus, The probability that the shirt Seth grabs is plaid will be 4/9.
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I hope this helps!! :)
Answers
If x = 0, 2^x = 2^0 = 1. The beginning value of 2^x is 1 and the beginning value of 51*2^x is 51.
Make a table and graph the points:
x y=51*2^x point (x,y)
-- --------------- ---------------
0 51 (0,51)
2 51*2^2 = 51(4) = 204 (2,204) and so on.
The graph shows up in both Quadrants I and II. Its y-intercept is (0,51). Its slope is always positive.
Start with x=0.
f(0) = 102^(0) which is 1. Your y intercept (the line in the middle) is 0.
Your first point is (0,1).
For the second point, try x=1.
f(1) = 102^1 which is 102.
You second point is (1,102). Rinse and repeat. ;)
Answers
Answer:
14 feet
Step-by-step explanation:
Let F = number of feet the child traveled in total
Convert the yards to feet by applying the rule of three,
1 yard ---------------- 3 feet
2 yards -------------- X
Hence,
2 yards = 6 feet
Now add the additional 8 feet you crawled
F = 6 feet + 8 feet
F = 14 feet
Therefore, the child traveled 14 feet in total.
Hope this helps!
Answers
Answer: Ultimately, the number of hours a student works can impact their GPA, and it is generally advisable for students to limit their work hours to ensure they have enough time and energy to focus on their studies and perform at their best.
Step-by-step explanation:
Answers
f(x)=-1x^2-8x+33
x coordinate of vertex is -b/2a in the form ax^2+bx+c=y
a=-1
b=-8
-(-8)/2(-1)=8/-2=-4
plug back in to get y value
y=-(-4^2)-8(-4)+33
y=-16+32+33
y=49
y value is 49
Answer:
49
Step-by-step explanation:
Edge
b. Wall length of 30 feet
c. Wall length of 3 feet
d. Wall length of 16 feet
Answers
You have enough wallpaper to cover 240 square feet. If your walls are 8 feet high, what wall length can you paper?
First write down our data:
A = 240 square feet
l = 8 feet
Now we can fill in the formula
240 = 8 × w
Switch sides.
8 × w = 240
Divide both sides by 8.
w = 240 / 8 = 30
Therefore the answer is B.
Wall length of 30 feet
Final answer:
Using the formula A=l•w to solve the wallpaper problem, where the area (A) is 240 square feet and the width (w) is the height of the walls (8 feet), we find that the wall length (length) that you can paper is 30 feet.
Explanation:
The subject of the word problem is finding the wall length you can cover with a given amount of wallpaper. In this case, the area of the wallpaper is 240 square feet, and the height of the walls is 8 feet.
The formula for the area of a rectangle is A=l•w, where A stands for area, l stands for length, and w stands for width. In this case, the 'width' is the height of the walls, which is 8 feet.
To find the length of the wall, we can rearrange the formula to l=A/w and substitute the given values. That means l=240/8, which gives us a wall length of 30 feet.
Therefore, the answer is b. Wall length of 30 feet.
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