Ok, the only way I can see this even working is kind of sketchy, but here goes:
Let's say that each of these zeroes are an object. so here, we have 5 zeros. Each of them counts as 1 object.
120 has 3 numbers: 1, 2 and 0. Let's say each of these numbers is their own respective quantity. So:
1 zero = 1 unit (1), 1 zero + 1 zero = 2 units (2), and for the last number, 1 zero - 1 zero = 0 units.
So we have used 5 zeroes and made the number 120.
Answer: first pic: b second pic: a third pic: a fourth pic: c
Step-by-step explanation: I am 75% sure
Answer: 50% or 1/2
Step-by-step explanation:
To find the probability of a single outcome, divide the event by the total outcomes.
There are four blue spaces, which means each blue space is an event. It can land on any of the four spaces and still fulfill "spinner stopping on blue".
There are 8 total outcomes, including the blue spaces. 4 + 3 + 1 = 8.
Divide, 4/8 = 1/2. There is a 50% theoretical probability that the spinner will stop on a blue space.
Answer:
20 1/2 + x > 5
Step-by-step explanation:
-4 |-1 - (1/2) (x-8)| + 9 ≥ 5
-4 +1 + 1/2 × x+8 +9 > 5
3 + 1/2 × x+8 +9 > 5
20 1/2 + x > 5
Answer:
let take some integer as third side = j
- Case 1 - If j is longest side of triangle.
- Case 2- if 70 is longest side of triangle.