Question

help

Answer 1

just do 365.25 times 60 and theres your answer

Answer 2

i have to show work

Answer 3

for 1 2 and 3 help me step by step please

Answer 4

So we do it like thissssssssssss:

\[\frac{1~rotation}{365.25~days} * \frac{1~day}{24~hours}*\frac{1~hour}{60~minutes}\]

Then once you have the rate, just get the numerator as the number of minute for the earth to complete its rotation.

Answer 5

Do you guys know the shortcut to make a strikethrough font?

Answer 6

so whats the answer

Answer 7

since one rotation is 365.25 days a rotation by 24 hours by 60 minutes.

Answer 8

so what do i write that?

Answer 9

ummmmm..... is there a more complex way to multiply 365.25 by 24 by 60 then multiplying it?

Answer 10

whats the answer? @TGstudios

Answer 11

525,960

Answer 12

@mathstudent55

Answer 13

hello is that right?

Answer 14

@MathSucks321

Answer 15

please help i need to know what to write for each @MathSucks321

Answer 16

we are given the following cause of gains which is the race entry cost. the cause of loss or deminishing are the cost of donations and the cost of the race. In this case, $55,000 - $10,000 = $45,000$55 - $15 = $40$45,000 ÷ $40 = 1,125 race entries needed

Answer 17

Am i correct

Answer 18

@3mar

Answer 19

I'm so sorry I had to go for a while to do something... the answer is 525,960

Answer 20

ok next please screen shot 142

Answer 21

@TGstudios

Answer 22

they have to pay 15 for each entry but get 55 for each entry, that means they get 40 dollars for each entry. since they already get 10000 from donations, they need to get 45000 more.

Answer 23

an equation for this problem would be y = 40x + 10000

Answer 24

or 55000 = 40e + 10000... there you go, solve that

Answer 25

thanks what about the last screenshot

Answer 26

I can obviously see the multiplication property of equality is wrong but I don't know what to replace it with...

Answer 27

@3mar

Answer 28

what should it look klike

Answer 29

hello @3mar

Answer 30

@563blackghost

Answer 31

what should joes mistake look like thats all i need

Answer 32

Well, I am here.

Answer 33

i did it

Answer 34

Where are you stuck?