In my knowledge
x = 24²+7²
= 576+49= 625
x= sqroot of 625
x = 25 (By Pythagoras Theorem)
Hope it helps
Answer:
Part a) The inequality that represent the situation is
Part b) The possible lengths of the shortest piece of wire are all positive real numbers less than or equal to
Step-by-step explanation:
Let
x------> the length of the first wire
3x---> the length of the second wire
2(3x)=6x -----> the length of the third wire
Part a) WRITE AN *INEQUALITY* THAT MODELS THE SITUATION
we know that
The inequality that represent the situation is
Part b) WHAT ARE THE POSSIBLE LENGTHS OF THE SHORTEST PIECE OF WIRE?
we know that
The shortest piece of wire is the first wire
so
Solve the inequality
Divide by 10 both sides
The possible lengths of the shortest piece of wire are all positive real numbers less than or equal to
Answer:
d=2.25t
Step-by-step explanation:
Variable is "a" and the expression is 6-a
Answer: If the toddler is keeping up with the father, then they should be staying EVEN in their distance. Therefore, in the end, when finished adding the steps in the boxes, the numbers next to each other, for example TODDLER/ DAD, the number(s) side by side when the chart is
5 3 complete, are the numbers written as, 5:3, or 10:6, are ratios. Overall, in this ratio, they are equivalent, so they equal every time the numbers are doubled...
Step-by-step explanation:
In the chart, the toddler will take 5 to the fathers every 3, so in one column write TODDLER, then DAD, in the other then the appropriate number of steps under each, except after writing 5 steps, again, write 5x2, (doubling the number of steps) for the 2nd box down under DAD. Then under TODDLER, write 3, then in the next box after, write in 3 steps x2, (doubling the number of steps taken), and keep on adding up.