ZuoTi.Pro
Question

PHY 1010 Chapter 1 Activity: Trigonometry and Significant Figures Requires a ruler and a protractor. Fold a standard size sheet of paper in half. This measures 8.50 inches x 5.50 inches. Convert its size to millimeters. b Measure the diagonal using a centimeter ruler. Express your answer in mm Calculate the length of the diagonal (in mm) using Pythagoras theorem.
science   physics   
0 0
Add a comment Improve this question Transcribed image text
Next > < Previous
Sort answers by oldest

Homework Answers

Answer #1

Size 8.so- 1 n cheA X S. So 1n ches 215.9 mm x 139.7 mm 2, 2. 2 257.1334 mm

0 0
Add a comment
Know the answer?
Add Answer to:
PHY 1010 Chapter 1 Activity: Trigonometry and Significant Figures Requires a ruler and a protractor. Fold...
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for? Ask your own homework help question. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions

  • D, E, & F please Requires a ruler and a protractor. Fold a standard size sheet...

    D, E, & F please Requires a ruler and a protractor. Fold a standard size sheet of paper in half. This measures 8.50 inches x 5.50 inches. a Convert its size to millimeters 215.9mm x 139.7mm b. Measure the diagonal using a centimeter ruler. Express your answer in mm. 257mm Calculate the length of the diagonal (in mm) using Pythagoras theorem. c. (215.9+139.)-257.2mm Using trigonometry, find the angle θ that the diagonal line forms with the horizontal d. Use a...

  • Phy 1010 – Chapter 2 Activity: Measure your reaction time. Requires a ruler and a friend...

    Phy 1010 – Chapter 2 Activity: Measure your reaction time. Requires a ruler and a friend to help you. Hold the index finger and thumb of your dominant hand about 2.5 cm apart, and have a friend hold a ruler vertically in the space between your fingers and thumb. Note the position of the ruler relative to your index finger. Your friend must release the ruler, and you must catch it (without moving your hand downward) as quickly as you...

  • Emphasis Name: Phy 1010-Chapter 3 Activity: Projectile Motion Requires a golf ball, a stop watch and...

    Emphasis Name: Phy 1010-Chapter 3 Activity: Projectile Motion Requires a golf ball, a stop watch and a friend to help you Trow asmall ball (best a golfball) straight upward as hard as you friend can measure the time of flight of the ball using a stop watch Find the initial speed of your throw and the approximate maximum height of the ball solely with the use of the measured time. 1) Your Please write here the equations you are using:...

  • AaBbCcDdE AaBbCcD Emphasis Heading 1 Name: Phy 1010 -Chapter 3 Activity: Projectile Motion Requires a golf...

    AaBbCcDdE AaBbCcD Emphasis Heading 1 Name: Phy 1010 -Chapter 3 Activity: Projectile Motion Requires a golf ball, a stop watch and a friend to help you. 1) Throw a small ball (best a golf ball) straight upward as hard as you can. Your friend can measure the time of flight of the ball using a stop watch. Find the initial speed of your throw and the approximate maximum height of the ball solely with the use of the measured time....

  • Phy 1010-Chapter 3 Activity: Projectile Motion Requires a golf ball, a stop watch and a friend...

    Phy 1010-Chapter 3 Activity: Projectile Motion Requires a golf ball, a stop watch and a friend to help you. 1) Throw a small ball (best a golf ball) straight upward as hard as you can. Your friend can measure the time of flight of the ball using a stop watch. Find the initial speed of your throw and the approximate maximum height of the ball solely with the use of the measured time Please write here the equations you are...

  • Phy 1010-Chapter 3 Activity: Projectile Motion Requires a golf ball, a stop watch and a friend...

    Phy 1010-Chapter 3 Activity: Projectile Motion Requires a golf ball, a stop watch and a friend to help you. 1) Throw a small ball (best a golf ball) straight upward as hard as you can. Your friend can measure the time of flight of the ball using a stop watch. Find the initial speed of your throw and the approximate maximum height of the ball solely with the use of the measured time Please write here the equations you are...

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT