Rounding off numbers to their nearest mentioned position
allows approximation from the number value itself.
In the number 63, 849
<span><span>
1.
</span>Rounding off to the nearest ten thousands would
mean the value of 6 which is equal to 60, 000</span>
<span><span>
2.
</span>Rounding off to the nearest thousands would mean
the value of 3 which is equal to 64, 000</span>
<span><span>
3.
</span>Rounding off to the nearest hundreds would mean
the value of 8 which is equal to 63, 800</span>
<span><span>4.
</span>Rounding off to the nearest tens would mean the
value of 4 which is equal to 63, 850</span>
<span><span>
5.
</span>Rounding off to the nearest ones would mean the
value of 9 which is equal to 63, 859.00</span>
Since there are no decimal values the ones value stays the
same. Take note of the rounding off rules between number 0-4 and 5-9.
Answer:
A. and C. neither of them have a repeating y value if you input a vertical line on the graph
Answer d because it is the corresponding angle
Answer:
Both fireworks will explode after 1 seconds after firework b launches.
Step-by-step explanation:
Given:
Speed of fire work A= 300 ft/s
Speed of Firework B=240 ft/s
Time before which fire work b is launched =0.25s
To Find:
How many seconds after firework b launches will both fireworks explode=?
Solution:
Let t be the time(seconds) after which both the fireworks explode.
By the time the firework a has been launched, Firework B has been launch 0.25 s, So we can treat them as two separate equation
Firework A= 330(t)
Firework B=240(t)+240(0.25)
Since we need to know the same time after which they explode, we can equate both the equations
330(t) = 240(t)+240(0.25)
300(t)= 240(t)+60
300(t)-240(t)= 60
60(t)=60
t=1
