Answer:
888+88+8+8+8
Step-by-step explanation:
Answer:
492,063.49 times
Step-by-step explanation:
In order to find how many times 6.3 × 10^11 fits in 3.1 × 10^17, you can change its exponent to 10^17 and see how many times the resulting number would fit:
6.3 × 10^11
--> .0000063 (decimal moved left 6/number divided by 10^6) × 10^17 (multiplied by 10^6)
This statement is the same as 6.3 × 10^11.
Now, you can just see how many times .0000063 fits in 3.1 by dividing 3.1 by .0000063:
3.1 ÷ .0000063 = 492,063.492
So, 6.3 × 10^11 fits in 3.1 × 10^17 492,063.49 times (rounded to the hundredths).
Answer:
A) 18/3 or 6 bracelets
Step-by-step explanation:
If it take 3/2 hours to make 1 bracelet, then it will take 9 hours to make 9/(3/2) bracelets. This means that the number of bracelets Jasmine can make in 9 hours following this proportional relationship is 18/3 or 6 bracelets.
First one
1. XW≅ZW 1. Given It's good to start with given
2.∠XWY ≅ ∠ZWY 2. Given Again, get the given out of the way
3.WY ≅ WY 3. Reflexive This reason basically means that the line is equal to itself
4.ΔXWY ≅ZWY 4. SAS We have a side, an angle and a side: SAS
Second Problem
Again, let's get the givens out of the way. I'm lazy, so just put the things in the given section in the boxes.
3. Vertical angles This is just a fun way of saying that the angles on top of each other are equal
4. AAS We have an angle, an angle and a side. Whack em' together and you get AAS
this should be ok by now lmk if its not.