Solve questions 1-10

Mathematics

2 answers:

erastovalidia [21]3 years ago

8 0

1) 3/8 is bigger because it equals 0.375
2) 5/6 is bigger because it equals 0.833 whereas 7/9 equals 0.77
3) 572.00
4) 2475.00
5) I dunno
6) I dunno
7) 300.00
8) 402.336 km
9) 6.4 miles
10) 54/5=10.8

Hope this helps! :)

ivolga24 [154]3 years ago

3 0

1. 3/8
2.5/6
3.52
4.25
5.24
6.13
7.300
8.400
9.16÷5 Anw×2
10.6×0.5555555556

You might be interested in

Assume that lines that appear to be tangent are tangent. O is the center of the circle. Find the value of x. (Figures are not dr

zimovet [89]

x is 68 as the angles O and x must total 180°

4 0

3 years ago

Help me with this question

Law Incorporation [45]

greatest to least: 6.32, 6, 4.27, 4, 3.5 .

I got 4.27 by multiplying 4 x 11, adding three which makes it 47 and then divided it by 11

6 0

3 years ago

Solving equations and Inequalities 1 ) -10p=2(p-12)

MArishka [77]

The answer is 2 = p
Explanation: Here the goal is to get the variable "p" by itself, so first your have to distribute 2 to (p-12) which gives you -10p = 2p-24. Then you add 10p on both sides so that the variable is on one side. Then you add 24 to both sides. After that you divide 12 from both sides, giving you 2 = P

-10P = 2(p-12)
-10p = 2p-24
+10p +10p
0 = 12p-24
+24 +24
24 = 12p
24÷12 = 12p÷12
2 = p

5 0

4 years ago

You buy a new video game for 59.99 the sales tax is 8% what is the total cost for the game including sales tax?

astraxan [27]

Well first of all the sales tax is 4.80 so now you add them.So 59.99 + 4.80 is 64.79.

But if you're supposed to round then you would just add 60.00 + 4.80 is 64.80.

Hope this helps :D

If I'm wrong I'm sorry D:

5 0

3 years ago

Read 2 more answers

Sketch the region bounded by the curves x=y3,x=1, and y=0 then find the volume of the solid generated by revolving this region a

NeX [460]

According to the question, the region is bounded by the curve with the given data as $x = y^{3} , x=1, y=0.$

To compute the volume of the solid, use the disk method. The given object is rotated along the horizontal axis with the disk cross sectional area and the volume can be written as:

$v=\int\limits^a_b {\pi x^{2} } \, dx$