Answer:
Step-by-step explanation:
The radius of a circle is always half the radius.
Thus, in this case, the radius is (1/2)(34 in) = 17 in.
The "how far" question is answerable by finding the circumference of the wheel. The circumference, C, is found by calculating C = πd, where d is the diameter of the circle in question.
Here, C = (34 in)π, which comes out to 106.81 inches. The bike will move 106.81 inches forward if the wheel turns once.
If the wheel turns 5 times, the total distance traveled is 5 times the circumference, or 5(106.81 in) = 534.07 in.
We can find m∠BCD like follows: m∠BCD=90°-45°=45<span>°
Now, m</span><span>∠DBC= 180°-(90°+45°)=45°
Remember that </span>
, so
We know that hypotenuse= BC= 3in and
=∠DBC)=45°, so replacing the values we get:
We can conclude that the segment CD is 2.12 in
Step-by-step explanation:
(-8-9)+23
-17+23
6.........
Answer:
Your answer is -84 hope this helps
Step-by-step explanation:
brainlest?
Answer:
none of them are true, but if you could re copy and paste and delete all of the spaces, I can make 100% sure because I could've did something wrong with it looking like this.
24.8/ 102= 0.243
34.65/ 1,000= 0.03465
193.5/100= 1.935
6.24/10= 0.624
160.4/ 102= 1.5725
these are the equations in the problem with their actual answers, none of them match the ones provided
Step-by-step explanation:
