NEED HELP ASAP!!!! PLEASE ANSWER THESE QUESTIONS FOR 25+ POINTS AND A BRAINLIEST, KEEP IN MIND THESE QUESTIONS ARE VERY IMPORTAN
T AND WILL DETERMINE MY GRADE!!!!(NO GUESSING, SPAMMING OR LINKS) This is energy that is stored for later use.
kinetic energy
potential energy
mechanical energy
electromagnetic energy.
A ball rolling down the hill is an example of ___ energy.
1 point
Kinetic
Potential
Electrical
Sound
Requires two parents
1 point
Sexual reproduction
Asexual Reproduction
Small grains that contain a plant's male reproductive cells.
1 point
stamen
pollen
pistil
stigma
C, D , and E are collectively known as the ______.
1 point
Captionless Image
stamen
anther
sepal
pistil
Small leaf-like structures forming an outer circle at the base of a flower.
1 point
petals
sepal
stigma
pistil
The stalk that supports or holds up the anther is the
1 point
style
filament
ovary
pistil
A flower structure that encloses and protects ovules and seeds as they develop.
1 point
Petal
Ovule
Stigma
Ovary
the part of the ovary of seed plants that contains the female germ cell and after fertilization becomes the seed.
1 point
Ovule
Style
Stamen
.Pistil
Supports the stigma, serves as passageway for pollen
1 point
Anther
Style
Stem
Ovule
Renewable energy resources are?
1 point
A resource that cannot be readily replaced by natural means on a level equal to its use.
Invisible resources
Renewable resources that can be naturally restored.
All the above
Coal and oil are?
1 point
Non-Renewable energy resources
Renewable energy resources
None of the above
Bio-fuel and geothermal energy are examples of?
1 point
Non-renewable energy resources
Hydro energy
Renewable energy resources
None of the above
What is the name of flower part #10 ?
1 point
Captionless Image
sepal
pollen tube
filament
stigma
Which of the following is NOT a Natural Resource?
1 point
Coal
Paper
Solar
Wind
What is the disadvantage of using non-renewable resources?
1 point
They have a large carbon footprint.
They can all be used up over time.
They can lead to global w
Extensive properties, such as mass and volume, depend on the amount of matter being measured. Intensive properties, such as density and color, do not depend on the amount of the substance present. Physical properties can be measured without changing a substance's chemical identity.
