What is 75 1/3% as a fraction in simplest form

Answers

Answer 1
Answer:

Step 1

Convert a mixed number in a proper fraction

we know that

75(1)/(3)\%=((75*3+1))/(3) =(226)/(3)\%

therefore

the answer is

(226)/(3)\%

Answer 2
Answer: 75*3=225+1=226=226/3

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PLEASE HELP!!! a. segment AB congruent
segment CD
b. segment AB congruent d. segment BC
c. segment AD congruent segment BC
d. segment AC congruent segment BD

Answers

Answer:

A. Segment AB congruent segment CD

C. Segment AD congruent segment BC

Step-by-step explanation:

These are both true because a characteristic of a rhombus is that all four sides are congruent. Therefore we must prove that AB is congruent to CD and AD is congruent to BC.

What is the greatest two- digit number the that can be made from the digits 3,4, and 5?

Answers

if you rearrange it, you get 54 as the highest 2-digit number.Hope it helped.
The greatest two digit number that can be made from the digits 3,4, and 5 is 54

How would I complete this equation?

(7a+3)+(-a-5)= -16

Answers

(7a+3)+(-a-5)=-16
Combine like terms:6a-2=-16
Add 2 to both sides: 6a=-14
Divide both sides by 6: a=-14/6
Simplify: a=-7/3
(7a+3)+(-a-5)=-16
6a-2=-16
6a=-14
a=-2.3333333333

Round the number of connected computers 42,199,279 to the nearest ten million

Answers

10, 000, 000 = ten million
40, 000 ,000 is the answer for the nearest ten million
40,000,000 is the answer

Can someone please help me with this and explain in detail? Thank you so much!​

Answers

9514 1404 393

Answer:

  • m = 1/4
  • b = 2
  • y = 1/4x +2

Step-by-step explanation:

The slope is the ratio of rise to run. The rise between the two points is 2 units; the run is 8 units, so the slope is ...

  m = rise/run = 2/8 = 1/4

The y-intercept (b) is the y-value where the line crosses the y-axis. For this line, that is y = 2, so b = 2.

Putting these values of m and b into the equation y = mx +b gives ...

  y = 1/4x +2

A ball is dropped from a height of 30 feet. The ball bounces. After each bounce, the maximum height of the ball is 80% of the previous height. Write an nth term formula to model the situation and approximate the maximum height of the ball after 6 bounces.

Answers

das is sum of geometric sequence
first is 30
imagine it
ball droppes 30 feet
bounces up 80% of that
then it has to bounce down again
then up
down
therfor, we summ up from 30 to 6thbounce, times 2 and minus 30 since the first bounce didn't start from ground (will include diagram)


so therefor
2(sum)-30 is the answer

the sum of a geometric sequence is
S_(n)= (a_(1)(1-r^(n)))/(1-r)
where Sn is the sum to the nth bounce
a1=first term
r=common ratio
n=which term
Sn=S6 (6th bonce)
a1=30
r=80% or 0.8

sub

S_(6)= (30(1-0.8^(6)))/(1-0.8)
S_(6)= 110.678

we then double then minus 30
2*110.678=221.357
minus 30
221.357-30=191.357 feet


you should use
dropped from x feet and max height is m percent of previous heigh, find total distance after n bounces (convert m% to decimal)
answer=2[ (x(1-m^(n))/(1-m) ]-x





anyway, distance is 191.357 feet