The distance an object falls in 4 seconds is 256 feet.
Given,
The expression 16t² models the distance in feet that an object falls during t seconds after being dropped.
We need to find out what distance will an object fall in 4 seconds.
A function has an input and an output.
Example:
f(x) = x + 1
x = 1
f(1) = 1 + 1 = 2
Input = 1
Output = 2
Find the expression that describes the distance at t seconds.
= 16t²
Find the distance at t = 4.
We have,
= 16t²
= 16 x 4²
= 16 x 16
= 256
Thus the distance an object fall in 4 seconds is 256 feet.
Learn more about finding distance at 2 seconds from a given expression here:
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1. it fell in 2 seconds so plug the "t" with 2
2. 16*4² ⇒ 4² = 16
3. 16*16 = 256
Answer:34
Step-by-step explanation: 180-146=34
Answer:
The value of x is 6/5.
Step-by-step explanation:
To solve this problem, we can use the following steps:
Factor the number 146 into its prime factors. We get 146=2×73.
Since m and n are factors of 146, we know that one of them must be 2 and the other must be 73.
However, we are not told which factor is m and which is n. Therefore, there are two possible solutions:
m=2 and n=73, or
m=73 and n=2.
In that case, try to bring all numbers into one format.
75% = 0.75
4/5 = 0.8
So, 75% is the smallest whereas 0.9 is largest