How many earned runs has the pitcher allowed

Assignment Help Mechanical Engineering
Reference no: EM131173751

One measure of a baseball pitcher's performance is earned run average or ERA. It is the average number of earned runs allowed if all the innings pitched were converted to equivalent nine-inning games. Therefore, the units for ERA are runs per game.
A pitcher has an ERA of 3.12 runs/game and has pitched 150 innings. How many earned runs has the pitcher allowed?

Reference no: EM131173751

Questions Cloud

Compute the required diameter for the piston : The maximum pressure that can be developed for acertain fluid power cylinder is 5000 psi. Compute the required diameter for the piston if the cylinder must exert a force of 20 000 lb.
Determine number of gate that can be enclosed in one package : TTL SSI come mostly in 14-pin packages. Two pins are reserved for power and the other 12 pins are used for input and output terminals. Determine the number of gates that can be enclosed in one package.
How the output signal of a single nand gate can be applied : Show how the output signal of a single NAND gate can be applied to 50 other NAND-gate inputs without overloading the output gate. Use buffers to satisfy the fan-out requirements.
How might task interdependence have influenced that conflict : Give an example from your personal experience of how differences in tasks, personal background, and training lead to conflict among groups. How might task interdependence have influenced that conflict? Explain.
How many earned runs has the pitcher allowed : A pitcher has an ERA of 3.12 runs/game and has pitched 150 innings. How many earned runs has the pitcher allowed?
Why system safety principles not used by safety professional : Why are system safety principles not used by all safety professionals? Suggest some ways to overcome the obstacles to wider adoption of system safety.
List the eight degenerate two-level forms : List the eight degenerate two-level forms and show that they reduce to a single operation. Explain how the degenerate two-level forms can be used to extend the number of inputs to a gate.
Are any levels not useful when applying system safety : What levels of the hierarchy of controls are most applicable to system safety? Are any levels not useful when applying system safety? Provide one or more examples that support your response.
Calculate the weight of the gasoline : The fuel tank of an automobile holds 0.095 m3. If it is full of gasoline having a specific gravity of 0.68, calculate the weight of the gasoline.

Reviews

Write a Review

Mechanical Engineering Questions & Answers

  Determine the velocity of each block just after collision

block a has a mass of 3kg and is sliding ona rough horizantal surface with a velocity va12ms when it makes a direct

  Starting from the general form of the heat equation in

starting from the general form of the heat equation in cylindrical coordinates for a system write an equation for the

  Asume the water temperature is 25oc the pressure in the

a horizontal pipe has an abrupt expansion from d1 8 cm to d2 16 cm. the water velocity in the smaller section is 10

  Calculate the net tractive force f required answer should

a 1700 kg car starts from rest at position a and accelerates uniformly up the incline reaching a speed of 100 kmh at

  Calculate the change in entropy enthalpy and gibbs energy

calculate the change in entropy enthalpy and gibbs energy due to mixing when 35 moles of he gas 15 moles of ne gas and

  The f is statistically significant at the specified alpha

14. For each of the following F values, indicate whether the F is statistically significant at the specified alpha level:a. F = 4.80, df = 4, 40 α = 0.01b. F = 5.02, df = 3, 60, α = 0.001

  100 mols of liquid acetic acid and 100 mols of liquid

1. 100 mols of liquid acetic acid and 100 mols of liquid methanol are fed to a reactor at 120degc and 5 atm1 where they

  Determine the stress-strain-youngs modulus

A steel rod of radius 0.01 m and length 2. M is pulled on with a tensile force of 200,000 N, and the bar stretches to a length of 2.08 m. The radius of the bar is reduced to 0.0099 m. Determine the stress, strain, Young's modulus (E), and Poisson's r..

  Determine the pressure at the turbine exit

A turbojet is flying with a velocity of 900 ft/s at an altitude of 20,000 ft, where the ambient conditions are 7 psia and 108F. The pressure ratio across the compressor is 13, and the temperature at the turbine inlet is 2400 R.

  Equation of state and substitute for temperature

An important concept in using CFD code to solve the Navier-Stokes equations is that the variables set that are solved for are the ones appearing in the time derivative terms. These are called conservative variables.

  Question 1a compressor installed at a whalf for loading

question 1a compressor installed at a whalf for loading container ships is able to provide 6 bar gpressure into the

  Plot the maximum efficiency of a nuclear power plant as a

the environment in a certain area is 15 degrees c. plot the maximum efficiency of a nuclear power plant as a function

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd